text:
\section{Introduction}

Weyl semimetals are gapless topological materials whose band-structure consists of pairs of Weyl nodes separated in momentum space. First proposed to to occur in a class of iridate materials \cite{WTV11}, they were recently realized \cite{WFB15,HXBH15,H115,LXD15,LW15,SNY15,YLC15,XAH15,GB16}.
In order for Weyl nodes to be located at different momenta, at least one of time reversal or inversion symmetry needs to be broken.
For a basic understanding of these materials at a theoretical level, the simplest realization consists of a single pair of Weyl nodes.
Such a minimal model breaks time reversal \cite{BB11}, and if it additionally breaks inversion the Weyl nodes are also separated in energy.
In contrast, for a time reversal symmetric Weyl semimetal, an inversion breaking model with a minimum of four Weyl points is needed \cite{HB12}.

Both time reversal and inversion breaking Weyl semimetals realize the chiral anomaly, which leads to a number of phenomena, such as the chiral magnetic effect \cite{FKW08,ZB12,CCG14} and the accompanying negative magnetoresistance \cite{NN83,HQ13,SS13,ZHJ15,XKO15,HZC15}, the chiral separation effect \cite{SZ04}, chiral magnetic waves \cite{KY11}, and chiral anomaly induced plasmon modes \cite{ZCX15}.
A key feature that differentiates the time reversal breaking Weyl semimetal is the presence of a topological Chern-Simons term in its low-energy electromagnetic description.
This term gives rise to many of the predicted exotic physical properties of Weyl semimetals, such as a finite quantum anomalous Hall response \cite{ZB12}; optical properties such as birefringence \cite{CJ90,G12}, circular dichroism \cite{HQ15}, magnon electrodynamics \cite{HZR14}, helicons \cite{PKP15}, and the appearance of novel collective electromagnetic excitations \cite{FC16,KL16}; and a new mechanism for the phonon Hall viscosity \cite{CFLV15,CFLV16}.

In the context of high-energy physics, Weyl fermion Lagrangians are always assumed to be Lorentz invariant.
In condensed matter physics, however, there is no reason for a real material to preserve Lorentz symmetry.
Therefore, terms forbidden in the high-energy description of Weyl fermions may arise.
In lowest order in momentum a Lorentz nonsymmetric term can be added to the conical dispersion relation: $\mathcal{E}=\pm v|\bm k|+\bm C\cdot\bm k$ \footnote{This term assumes isotropy, more general anisotropic terms could be considered also.}.
This term tilts the Weyl cone in the direction of the vector $\bm C$, such that for large enough tilts $|\bm C|\ge v$ a Lifshitz phase transition occurs, and the Fermi surface surrounding the Weyl node transforms into two Fermi surfaces of electrons and holes.
The realization of this type-II Weyl semimetal phase~\cite{SB15,XZZ15} has been reported in recent experiments~\cite{XAH16,FBW16}.

Type-II Weyl semimetals are expected to give rise to new physical phenomena while still conserving some of the key ingredients of type-I Weyl semimetals.
In particular, since the topological nature of the Weyl nodes survives the Lifshitz transition, both the chiral anomaly and the Chern-Simons term remain.
Experimental signature of the chiral anomaly in a supposed type-II Weyl semimetal has been reported \cite{LLC17}.
The activation of the anomaly in the type-II phase was suggested to depend on the alignment of the magnetic field with the tilt direction \cite{SB15,YYY16,UB16}, though a recent semiclassical calculation obtained an anomaly induced positive longitudinal magneto-conductivity for all directions of the applied magnetic field \cite{SGTA16}.
The topological Chern-Simons term in the time reversal breaking case \footnote{The tilting term in the Hamiltonian breaks time reversal by itself, so when we refer to the time reversal breaking tilted Weyl semimetal, we mean that it is time reversal breaking even at zero tilt.} and all the associated phenomena listed above should similarly remain.
In particular, and of importance to our work, the quantum anomalous Hall effect was shown to be finite \cite{ZT16,COL16}, receiving Fermi level dependent contributions from the tilting term, even in the Type-I phase \cite{ZT16,SAP17,WS17}.

In addition to electric transport, thermal responses also carry signatures of the exotic physics of Weyl semimetals, such as the chiral anomaly \cite{L14,CCG14,L16}.
A number of experimental studies of thermal transport in Weyl semimetals have recently been reported \cite{HBC16,CLL16,WMF17,GLF17,SRF17}, of particular interest for the present work is the measurement of the Nernst effect in the Weyl semimetal NbP \cite{WMF17}.
On the theoretical side, thermal transport was explored for nontilted Weyl \cite{K14,LLF14,SGT16,SA16,LDS16}, Dirac \cite{SMT16}, double Weyl \cite{CF16}, and multi-Weyl \cite{GMSS17} semimetals, whereas an extension to a model of a nontilted Weyl semimetal in the presence of axial magnetic fields was considered in \cite{LL17}.
More specifically, in Ref.~\onlinecite{LLF14} it was shown that the anomalous Nernst current vanishes in a linear model of a time reversal breaking Weyl semimetal, while in Refs.~\onlinecite{SGT16,GMSS17} finite results were obtained in lattice models.
This can be understood from the fact that, in the linearized model for the nontilted Weyl semimetal, the quantum anomalous Hall conductivity does not receive Fermi surface contributions, whereas this no longer holds when quadratic and higher corrections are considered.
With the Nernst effect being a purely a Fermi surface effect, and the Nernst conductivity related to the Hall conductivity through the Mott rule, this explains its absence in the linear model.
In nontilted Weyl semimetals, the anomalous Nernst response comes entirely from higher order corrections to the low-energy dispersion relation.

Here, we study anomalous thermal transport \cite{L14,L16} in time-reversal-breaking tilted Weyl semimetals, focusing particularly on the Nernst and thermal Hall effects.
We show that in the presence of a nonzero tilting term, Fermi surface contributions are significant already at the lowest order in momentum, and therefore the Nernst response is finite even in the linear model.
We also obtain Fermi surface contributions to the thermal Hall effect, which add to the Fermi level independent, zero tilt result.
Our results hold deep in both the type-I and type-II phases, where the validity of the linear model is guaranteed.

\section{Thermal transport}
In this section we review the relevant thermal transport formalism \cite{L64,SS77,CHR97,BR15} that we will then apply to tilted Weyl semimetals in the next section.
Our starting point is Luttinger's phenomenological transport equations for the electric and energy DC currents \cite{L64}
\begin{gather}
\bm J_{\textrm{tr}}=\bm L^{(1)}\left(-\bm\partial A_0-\frac{T}{e}\bm\partial\frac{\mu}{T}\right)+\bm L^{(2)}\left(-\frac{1}{c^2}\bm\partial\phi+T\bm\partial\frac{1}{T}\right),\label{eq transport 1}\\
\bm J_{\textrm{tr}}^\mathcal{E}=\bm L^{(3)}\left(-\bm\partial A_0-\frac{T}{e}\bm\partial\frac{\mu}{T}\right)+\bm L^{(4)}\left(-\frac{1}{c^2}\bm\partial\phi+T\bm\partial\frac{1}{T}\right).
\label{eq transport 2}
\end{gather}
The tensors $\bm L^{(i)}$ are the transport coefficients, $A_0$ and $\phi$ are the electromagnetic scalar field and the gravitational field respectively, $\mu$ and \textit{T} are the chemical potential and temperature, $e$ is the charge of the electron, and $c$ is the velocity of light.
The energy current results from the combination of heat current $\bm J^Q$ and energy transported by the electric current; the heat current can therefore be written as
\begin{equation}
\bm J_{\textrm{tr}}^Q=\bm J_{\textrm{tr}}^\mathcal{E}-\frac{\mu}{e}\bm J_{\textrm{tr}}.
\label{eq heat current 1}
\end{equation}

The transport coefficients can be obtained from the Kubo formula as a linear response to $\bm \partial A_0$ and $\bm \partial \phi$ ~\cite{L64}.
One has, however, to carefully distinguish between the transport currents $\bm J_{\textrm{tr}}$ relevant to Eqs.~\eqref{eq transport 1} and~\eqref{eq transport 2}, and the total local currents $\bm J$ described by the Kubo formula \cite{SS77,CHR97,BR15}.
While in time reversal invariant systems these coincide, breaking time reversal can lead to the appearance of magnetization electric and energy currents, which are circulating currents which average to zero and therefore do not carry any transport \cite{CHR97}.
Explicitly, in this case we have $\bm J=\bm J_{tr}+\bm J_{\textrm{mag}}$ and $\bm J^\mathcal{E}=\bm J_{tr}^\mathcal{E}+\bm J_{\textrm{mag}}^\mathcal{E}$.

Let us now fix the chemical potential and allow for gradients of temperature, and consider a sample disconnected from current leads such that no net electric current flows.
In this situation, the transport electric current vanishes and an electric field is generated (the gradient of gravitational potential is set to zero).
From the transport Eqs. (\ref{eq transport 1}) and (\ref{eq transport 2}), and using Eq. (\ref{eq heat current 1}) we have
\begin{gather}
\bm\partial A_0=-\bm S\bm\partial T\label{eq voltage},\\
\bm J^Q_{\textrm{tr}}=-\bm K\bm\partial T,
\end{gather}
where the thermopower $\bm S$ and thermal conductivity $\bm K$ are functions of the transport coefficients
\begin{gather}
\bm S=\frac{1}{T}\big[(\bm L^{(1)})^{-1}\bm L^{(2)}-\frac{\mu}{e}\big],\label{eq thermopower}\\
\bm K=\frac{1}{T}\big[\bm L^{(4)}-\bm L^{(3)}(\bm L^{(1)})^{-1}\bm L^{(2)}\big].
\label{eq thermal conductivity}
\end{gather}
For a Fermi liquid in the limit $k_B T \ll |\mu|$ ($k_B$ is the Boltzmann constant), the Mott rule and the Wiedemann-Franz law relate the thermopower and thermal conductivity, respectively, to the electric conductivity $\bm L^{(1)}$ as
\begin{gather}
\bm S=eLT\big[\bm L^{(1)}(T=0)\big]^{-1}\frac{d\bm L^{(1)}(T=0)}{d\mu},\label{eq Mott}\\
\bm K=LT\bm L^{(1)}(T=0),
\label{eq Wiedemann-Franz}
\end{gather}
where the Lorentz number $L=\pi^2k_B^2/3e^2$.
Note that the electric conductivity in Eqs.~\eqref{eq Mott} and~\eqref{eq Wiedemann-Franz} is evaluated at zero temperature, as both the Mott rule and the Wiedemann-Franz law are obtained as an expansion in $k_B T \ll |\mu|$;
furthermore, and importantly for our purposes, both the Mott rule and the Wiedemann-Franz law have been proven to hold in the quantum Hall state \cite{SS77}.

Let us now recall the Onsager relations, which relate the transport coefficients under the application of time reversal \cite{Ons1,Ons2}
\begin{equation}
L^{(1,4)}_{ij}(\bm b)=L^{(1,4)}_{ji}(-\bm b),\quad L^{(2)}_{ij}(\bm b)=L^{(3)}_{ji}(-\bm b),
\end{equation}
where $\bm b$ is a shorthand notation for all fields that are odd under time reversal. These relations can be inferred by inspection of the Kubo formulas and the invariance of the system under simultaneous reversal of time and $\bm b$.

Plugging Eqs.~\eqref{eq Mott} and~\eqref{eq Wiedemann-Franz} into Eqs.~\eqref{eq thermopower} and~\eqref{eq thermal conductivity}, respectively, and using the Onsager relations, we can write all transport coefficients as functions of the electric conductivity alone
\begin{gather}
\bm L^{(2)}=eLT^2\,\frac{d\bm L^{(1)}}{d\mu}+\frac{\mu}{e}\bm L^{(1)},\label{eq L2}\\
\bm L^{(4)}=\big(LT^2+\frac{\mu^2}{e^2}\big)\bm L^{(1)}+2\mu LT^2\,\frac{d\bm L^{(1)}}{d\mu}
\label{eq L4}
\end{gather}
where $\bm L^{(1)}$ is evaluated at $T=0$. In arriving to Eq. (\ref{eq L4}) we have assumed $L^{(2)}_{ij}(\bm b)=L^{(2)}_{ji}(-\bm b)$, which follows from Eq.~\eqref{eq L2} plus the Onsager relation for $\bm{L}^{(1)}$, and neglected terms of order higher than $T^2$. Substituting these coefficients in Eqs. (\ref{eq transport 1}) and (\ref{eq transport 2}), and using Eq. (\ref{eq heat current 1}) we get, setting $\bm \partial A_0=\bm \partial \phi=0$
\begin{gather}
\bm J_{\textrm{tr}}=-eLT\,\frac{d\bm L^{(1)}}{d\mu}\,\bm\partial T,\label{eq electric current}\\
\bm J_{\textrm{tr}}^Q=-LT\bm L^{(1)}\,\bm\partial T.
\label{eq heat current 2}
\end{gather}
These are the essential relations \cite{JM80,LLF14,CF16,SMT16} we will use in the next section.

\section{Anomalous Nernst and thermal Hall effects in a tilted Weyl semimetal}
Let us consider a minimal model of a time reversal breaking Weyl semimetal with two Weyl nodes of oposite chirality separated in momentum space, and  a tilting term.
The linearized Hamiltonian around each Weyl node $s=\pm$ is
\begin{equation}
H_{s}=\hbar C_{s}(k_z-sQ)+s\hbar v\bm\sigma\cdot(\bm k-sQ\bm e_z)
\label{eq Hamiltonian}
\end{equation}
where $2Q$ is the distance between the Weyl points in momentum space along $\bm e_z$, $v$ is the Fermi velocity when $C_s= 0$, and $\bm \sigma$ is a vector composed of the three Pauli matrices. The type of Weyl point is defined by the tilt parameters $C_{s}$, such that the Weyl point is of type-I if $|C_{s}|<v$ and type-II if $|C_{s}|>v$.

This tilted time-reversal-breaking model is in the anomalous quantum Hall state, and therefore has a nonzero intrinsic anomalous Hall conductivity in the $x$-$y$ plane $L^{(1)}_{xy}=\sigma_{xy}$ \cite{ZT16,SAP17,WS17}.
The Mott rule and Wiedemann-Franz law apply, and the thermal transport is given by Eqs.~\eqref{eq electric current} and~\eqref{eq heat current 2}.
Writing the conductivity tensor in the form
\begin{equation}
\bm L^{(1)}=\left(\begin{array}{ccc}\sigma_{xx}&\sigma_{xy}&0\\-\sigma_{xy}&\sigma_{yy}&0\\0&0&\sigma_{zz}\end{array}\right),
\end{equation}
we can directly extract the anomalous Nernst and thermal Hall currents
\begin{gather}
J_{a,\textrm{tr}}=-\alpha_{xy}\,\epsilon_{ab}\partial_b T,\label{eq nernst current}\\
J_{a,\textrm{tr}}^Q=-K_{xy}\,\epsilon_{ab}\partial_b T.
\label{eq thermal hall current}
\end{gather}
with the Nernst and thermal Hall conductivities given by
\begin{gather}
\alpha_{xy}=eLT\frac{d\sigma_{xy}}{d\mu},\label{eq nernst conductivity}\\
K_{xy}=LT\sigma_{xy}.\label{eq thermal Hall conductivity}
\end{gather}
Both responses are obtained by computing the value of the Hall conductivity as a function of $\mu$ (see Appendix \ref{appendix} and Refs. \cite{ZT16,SAP17} for a computation of $\sigma_{xy}$).

\begin{figure}
\includegraphics[scale=0.40]{scheme3.pdf}
\caption{Schematics of the competition between the linear and higher order momentum terms in the dispersion relation of a Weyl fermion. We show, from left to right, a Type-I (top) and a Type-II (bottom) Weyl cone for increasing tilt $C$. The dashed lines represent the deviation of the dispersion relation from the linear model due to higher order momentum corrections. The horizontal red lines represents the Fermi level. The check and X marks signal the validity and the failure of the linearized model, respectively.}
\label{fig. 2}
\end{figure}

We first consider the case of inversion symmetric tilt $C_+=-C_-=C$, where the coefficient $C$ can be either positive or negative.
The linearized model is not well suited for computing the conductivity around the Lifshitz transition between type-I and type-II Weyl semimetals.
Starting in the type-I phase, by increasing the tilt the Fermi surfaces of each cone grows, reaching a point where quadratic terms in momentum compete with the linear terms (see Fig. \ref{fig. 2}(top)).
For sufficiently small $\mu$, we can assume this to occur near the Lifshitz transition.
The existence of this crossover at which higher order corrections become relevant means that the linear model is nonapplicable for values of the tilt near the transition.
Further increasing the tilt, we go over into the type-II phase, at which point infinite electron and hole pockets would appear in pairs in the linear approximation; however, in a real material not only this pockets are of finite size, but some of them could even disappear, depending on the position of the Fermi level (Fig. \ref{fig. 2}(bottom-left)).
If we keep increasing the tilt, one expects that above a certain value of the tilt, and again assuming $\mu$ is sufficiently close to the Weyl nodes, electron and hole pockets will always coexist, in agreement with the linear model (Fig. \ref{fig. 2}(bottom-right)).
For such values of the tilt deep in the type-II phase, higher order corrections in momentum are always important.
A qualitatively correct description of the system can still be obtained with the linearized model by simply including a physical momentum cut-off, that accounts for the finiteness of the pockets due to nonlinearities.
This momentum cut-off gives a measure of the Fermi surface size.
Therefore, we will calculate the Nernst and thermal Hall conductivities deep in the type-I and type-II phases, excluding the regime $|C|\sim v$.
In these two limits, analytic expressions can be written down.

\begin{figure*}
(a)
\begin{minipage}{.46\linewidth}
\includegraphics[scale=0.57]{scheme1.pdf}
\end{minipage}
(b)
\begin{minipage}{.46\linewidth}
\includegraphics[scale=0.57]{scheme2.pdf}
\end{minipage}

\caption{Two possible experimental setups. (a) An open circuit consisting of a Weyl semimetal sample flanked by two thermal reservoirs at different temperatures. Electric and heat currents are not able to flow, and as a consequence an electric field, $\bm E$, and a gradient of temperature, $\bm\nabla T$, generate across the sample in the $x$ and $y$ directions, respectively. (b) A closed circuit made of a Weyl semimetal connected to current leads and surrounded by a thermal reservoir, in which a temperature gradient has been implemented. Electric and heat currents are free to flow.}
\label{fig. 1}
\end{figure*}

For a type-I Weyl semimetal with $|C|\ll v$,
from the Appendix \ref{appendix} and Eqs. (\ref{eq nernst conductivity}) and (\ref{eq thermal Hall conductivity}), in the limit of small tilt we find
\begin{gather}
\alpha_{xy} = -\frac{ek_B^2TC}{18\hbar^2 v^2},\label{eq alpha I}\\
K_{xy} = \frac{k_B^2T}{6\hbar} \bigg[Q -\frac{\mu}{2\hbar C}\bigg(\frac{v}{C}\ln\bigg|\frac{v+C}{v-C}\bigg|-2\bigg) \bigg]\nonumber\\
\approx\frac{k_B^2T}{6\hbar} \bigg[Q -\frac{\mu C}{3\hbar v^2} \bigg]\label{eq K I} .
\end{gather}
In our linearized model, the Nernst conductivity is linearly proportional to the tilt parameter $C$ and does not depend on the position of the Fermi level $\mu$, while the thermal Hall conductivity acquires an additional Fermi surface contribution compared to the untilted Weyl semimetal.

For a type-II Weyl semimetal with $|C|\gg v$, deep in the type-II phase, we obtain
\begin{gather}
\alpha_{xy} = -\frac{ek_B^2T}{6\hbar^2}\frac{v}{|C| C}\left[-1+\ln\bigg|\frac{C^2 \Lambda}{v \mu}\bigg|\right],\label{eq alpha II}\\
K_{xy} = \frac{k_B^2T}{6\hbar}\frac{v}{|C|}\left[ Q - \frac{\mu}{\hbar C}\ln\bigg|\frac{C^2\Lambda}{v \mu}\bigg| \right]\label{eq K II}.
\end{gather}
Both expressions diverge logarithmically with the momentum cut-off $\Lambda$ along the $z$-axis, which as we previously mentioned is a signature of the presence of unbounded electron-hole pockets in the linearized model.
In general, $\Lambda$ depends on $\mu$ and could be different for electron and hole pockets.
For simplicity, and consistent with the fact that the linear model only gives results at the qualitative level, we fix in all Fermi surface integrals the cut-off $\Lambda$ to be independent of $\mu$.
The divergent behavior of the Nernst conductivity in the limit $\mu\rightarrow0$ is a consequence of the logarithmic dependence of $\sigma_{xy}$ on $\mu$ for the type-II Weyl semimetal \cite{ZT16}.
We also observe that thermal Hall conductivity at $\mu=0$ is a factor $v/|C|$ smaller than in the type-I case.

We briefly mention the case of inversion breaking tilt, with $C_+=C_-=C$.
In this situation, in the linear model the contribution to the Hall conductivity from the Fermi surface cancels out between the two Weyl points, and consequently $\sigma_{xy}$ is independent of $\mu$.
We then get
\begin{gather}
\alpha_{xy} = 0,\\
K_{xy} = \frac{k_B^2TQ}{6\hbar}\,\mathrm{min}\big(1,\frac{v}{|C|}\big),
\end{gather}
which is valid for general $C$.

Finally, a comment is in place regarding the possibility of having tilts orthogonal to the direction of separation of the Weyl nodes.
The tilt always gives a Fermi surface contribution to the anomalous Hall conductivity in the plane perpendicular to the tilt direction \cite{ZT16}. Therefore, if in our setup we consider tilts in, say, the $x$ direction, instead of the $z$ direction, we obtain a finite anomalous Hall conductivity in the $y$-$z$ plane, in addition to the usual $\mu$ independent Hall conductivity, proportional to $Q$, in the $x$-$y$ plane. This leads to nonzero $\alpha_{yz},K_{yz}$ and $K_{xy}$, while $\alpha_{xy}=0$, with $K_{yz}$ being entirely a Fermi surface effect and $K_{xy}$ being $\mu$ independent and proportional to $Q$.

\section{Discussion of possible experimental setups}

In order to measure the Nernst and thermal Hall responses, one can think of two possible experimental setups.
The first one is the open circuit represented in Fig. \ref{fig. 1}(a), consisting of a Weyl semimetal sample attached to two thermal reservoirs at different temperatures, and disconnected from current leads.
In this situation, the transport electric current in Eq. (\ref{eq transport 1}) vanishes and a voltage across the sample, given by Eq. (\ref{eq voltage}), is generated. For a clean sample, the longitudinal DC conductivity is zero, and from Eq. (\ref{eq Mott}) we get
\begin{equation}
E_x=-\partial_x A_0=\sigma_{xy}^{-1}\,\alpha_{xy}.
\end{equation}
That is, an electric field in the $x$ direction is generated, proportional to the Nernst conductivity. By measuring this voltage across the sample, $\alpha_{xy}$ can be inferred.

In this same open circuit setup, the thermal Hall effect in Eq. (\ref{eq thermal hall current}) tells us that heat is transported from one side of the sample to the other, perpendicularly to both the direction of the separation of the Weyl nodes and the temperature gradient generated by the thermal reservoirs. The heat current can be defined as the rate at which heat is transported
\begin{equation}
J^Q_{\textrm{tr}}=\frac{k_B}{A}\frac{dT}{dt},
\end{equation}
where $A$ is the cross-sectional area. Then, for setup of Fig. \ref{fig. 1}(a), the rate at which the temperature gradient increases between the upper and lower boundaries is
\begin{equation}
\frac{k_B}{L_z}\frac{d\Delta T}{dt}=-K_{xy}(T_2-T_1),
\end{equation}
with $L_z$ the thickness of the sample in the $z$ direction and $T_2-T_1$ the temperature difference between the two thermal reservoirs. This rate gives a measure of the thermal Hall conductivity $K_{xy}$.

The second possible setup is depicted in Fig. \ref{fig. 1}(b). Here we consider a closed circuit, where electric and heat currents can flow. The Nernst and thermal Hall conductivities calculated are transport coefficients, which means that they represent the net currents of the system, directly accessible by conventional transport experiments, without the need to probe the system locally. Therefore, the setup of Fig. \ref{fig. 1}(b) supports readily measurable Nernst and thermal Hall currents, given by Eqs. (\ref{eq nernst current},\ref{eq thermal hall current},\ref{eq alpha I},\ref{eq K I},\ref{eq alpha II},\ref{eq K II}).

\section{Conclussions}

We have studied the Nernst and thermal Hall responses of a minimal, linearized model for time-reversal-breaking tilted Weyl semimetals.
In the situation of inversion-symmetric tilt, the anomalous Nernst conductivity is finite and the thermal Hall conductivity acquires Fermi surface contributions.
This is in sharp contrast to the nontilted case, in which case the Nernst conductivity vanishes in the linear model and the thermal Hall conductivity does not depend on the Fermi level.
On the other hand, for inversion-breaking tilt of equal size for the two chiralities, the Fermi surface contributions cancel out between the two Weyl cones. This leads to a vanishing Nernst conductivity and a chemical potential independent thermal Hall conductivity that decreases with increasing tilt in the type-II phase.

We discussed two possible experimental setups, consisting in open and closed circuits. For the open circuit, the Nernst and thermal Hall conductivities can be inferred, respectively, by measuring an induced voltage across the sample and the rate at which a temperature gradient is generated between opposite boundaries. In the closed circuit case, the Nernst and thermal Hall currents are able to flow, and therefore could be directly measured. It is important to have in mind that the responses calculated are transport currents, which means that they represent the net current flow, made of both bulk and surface contributions, rather than the local total current at a given point of the sample. Therefore, the obtained Nernst and thermal Hall currents can be detected by conventional transport measurements.

\acknowledgments
We thank Maria A. H. Vozmediano, Alberto Cortijo, Karl Landsteiner and Adolfo G. Grushin for fruitful and enlightening discussions. This work was supported by the ERC Starting Grant No. 679722. A. A. Z. acknowledges support from the Swedish Research Council Grant No. 642-2013-7837, the Goran Gustafsson Foundation, and Academy of Finland.

\textbf{Note added}.-After submitting this work, the preprint~\onlinecite{ST17} appeared, which also studies the anomalous Nernst effect in type-II Weyl semimetals. Their results are compatible with ours.

redpajama_set_name: RedPajamaArXiv


text:
Home>Collection>Travel Tips>Top 10 Tourist Attractions in Jaipur
Travel Tips, Family Holidays March 17, 2020 March 28, 2020
Top 10 Tourist Attractions in Jaipur
Do you have a liking for palaces? Or, are you looking to have an understanding of the lifestyle of the monarchs of an era long gone? No matter what the reason, Jaipur is the place to be. If you are passionate about the majestic forts and remarkable architecture that exhibits the exceptional talent of old craftsmen, then the "The Pink City of India" (as Jaipur is fondly called) should be your next holiday destination.
No trip to Jaipur is deemed complete without checking out all it has to offer to tourists like you. The city of Jaipur takes immense pride being the largest city and capital of Rajasthan (the royal state). It can be considered a potpourri of the ancient history merged with the advantages of a metropolitan city. The busy contemporary city is one of the three corners of the Golden Triangle, including Delhi, Agra, and Jaipur. The stunningly beautiful capital of the regal state releases royalty from every corner.
There's a lot you can see and so while touring around in Jaipur. Its tourist attractions will literally keep you glued to the history of erstwhile rulers. Here are the top ten tourist attractions in Jaipur that you cannot afford to miss in town:
1. Amer Fort:
2. Jantar Mantar:
3. Hawa Mahal:
4. City Palace:
5. Albert Hall Museum:
6. Jaigarh Fort:
7. Nahargarh Fort:
8. Galtaji or Galta Monkey Temple:
9. Birla Temple:
10. Jal Mahal:
One of the most popular tourist attractions among those who come from every nook and corner of the world, you cannot miss a visit to Amer Fort – an exemplary attraction enticing holidaymakers from around the world.
Enclosed by the rocky and striking Aravalli Hills, Raja Man Singh laid the foundation stone of this majestic palace and it was completed by Mirja Raja Jai Singh. While the towering walls shielded the residents from enemy attacks, the primary building of the fort provided every luxury and amenity to the people.
[Also checkout Best Places to Visit in Rajasthan]
Listed in the UNESCO World Heritage Site, the city of Jaipur takes pride in being home to Jantar Mantar – one of the five largest astronomical observatories that were constructed by Maharaja Sawai Jai Singh II – the founder of the Pink City (Jaipur). This incredible attraction comprises of sixteen geometric devices that are designed to measure time. Maharaja had an intense interest in diverse subjects, such as philosophy, astronomy, and architecture.
Hawa Mahal (Palace of the Winds) is one of the most crucial places to visit when touring around in the city. Also known as "Palace of the Breeze", it was built by Maharaja Sawai Pratap Singh in 1798. A five-storey extension in the form of a honeycomb, this spectacularly built building 953 small windows, which are called jharokhas and are embellished with complex latticework.
The palace depicts the crown of Lord Krishna, the Hindu God. The windows are designed in such a way cool breeze always endure inside the palace, regardless of the time or season of the year. That is the reason why Hawa Mahal was the most favourite holiday destination in summers of the Rajput family. It is a must-visit attraction in Jaipur.
Standing with a tremendous amount of pride in Jaipur is the magnificent City Palace. It has been located in the heart of the Old City of the Rajasthan's capital for around three centuries soon after Maharaja Sawai Jai Singh II decided to relocate his court from Amber. Defended by massive guard walls, this palace is still the home of the modern-day royal family of the Pink City. In fact, this palace seems more magnificent and enthralling than you can possible. The current dwellers live in the building that grabs attention – the Chandra Mahal – a graceful structure with domed rooftops and curved eaves.
There are several other sightseeing spots at this sprawling palace, such as the Mubarak Mahal, Pritam Niwas Chowk, and Diwan-i-Am. Once you're done exploring the place, don't forget to check out the Friends of the Museum Bazaar where you can get top-quality souvenirs.
Beautifying the gates of Old City and bordered by the well-known Ram Niwas gardens, Albert Hall Museum is a striking example of Indo-Saracenic style architecture. This museum was named after the Prince of Wales, Albert Edward. Completed in 1887, Albert Hall Museum is one of the oldest center when it comes to exploring art and culture in India. You can find a myriad of artifacts and painting from various parts of India. Moreover, there is a mummy from Egypt that has gained immense popularity. This museum has become a hub for organizing several activities, like rallies, concerts, and festivals.
[Also know Top 7 Natural Heritage in the World]
Things You Can Do Nearby Albert Hall
Take a horse ride around the pathway.
Pay a visit to the zoo.
Take a leisurely walk through Ram Niwas Garden.
Among all the forts and palaces in the princely state of Rajasthan, Jaigarh Fort is considered the most magnificent built fort in Jaipur. Situated on the rough promontory of the majestic Aravalli Hills, this fort is known as the Hill of Eagles or Cheel ka Teela. If you were to compare the grand appearance of Jaigarh Fort with others in the city, it would definitely stand apart.
Also called the 'Fort of Victory', the Jaigarh Fort was built Jai Singh II in the year 1726. Its thick walls are of red sandstone and are dominated by watchtowers. Some of the finest places to explore around this fort include Kal Bhairav Temple, Ram Harihar Temple, and a museum that exhibits primeval arms as well as ammunition.
When it comes to giving a touch of discovery to several intriguing spots in Jaipur, there is no fort that can leave you impressed with views than given by Nahargarh Fort. Also called Tiger Fort, the imposing fort looks out on the entire city of Jaipur from the top of the Aravalli Hills – the main location for the edifice for protecting the city against foes several years ago.
Also, the fort comprises of Madhavendra Bhawan – a summer destination for the royal family. The luxurious Rajasthani building features many identical boudoirs for the queens all of them connecting to the King's suite. Tourists can take a tour of the wax museum and sculpture park in the fort.
Galtaji or Galta Monkey Temple is quite a popular pilgrimage for Hindus in town. Located 10km away from the city of Jaipur, this temple was built by Diwan Rao Kriparam during the 18th century. The place of worship is surrounded by picturesque Aravalli Hills and thick green forests keep the temperature.
During Makar Sankranti held every year, devotees gather in this temple from various parts of the country followed by taking a pious dip in the Galta Kund – the most sanctified among seven kunds and it never gets dry. Also, Galtaji has templed which are dedicated to Lord Ram, Hanuman, and Krishna. You can find a lot of monkeys surrounding the religious shrine of Galtaji.
Located at the base of Moti Dungari is the Lakshmi-Narayan Temple, which is also known as the Birla Temple. Constructed on a lifted platform, white marble has extensively been used to build this temple and it surely dominates the Jaipur's skyline.
Birla Temple was not only built, but also commissioned by well-known industrialists of India – the Birlas in 1988. This sacred shrine is dedicated to Lord Vishnu, also known as Narayan, and Lakshmi, his companion and Goddess of wealth and fortune.
You can find a fabulous display of charming carvings as well as sculptures that cover numerous mythological themes. The top of Birla Temple has three domes, which depict the three religions followed in the country. When illuminated, the temple leaves people in awe at night. There is a complex is the temple museum that showcases the belongings of the Birla family.
Here is the list of Top Tourist Attractions in Udaipur
Jal Mahal is undoubtedly the best place in Jaipur, which is located amidst Lake Man Sagar. No trip to Jaipur is complete without a visit to this amazing tourist attraction in Jaipur. Built by Maharaja Jai Singh II in the 18th century as a summer retreat and hunting lodge, Jal Mahal is a 5-storey palace and has 4-storeys under the water surface.
It offers a great underwater viewing experience to all those who Best Places to Visit in Jaipur for the first or fourth time. Every time you visit the Pink City, it has to be on your to-do list. The crystal clear water of the Lake Man Sagar gives a stunningly beautiful look to the palace during hours of darkness.
Jaipur, a regal and historical capital, is the gateway to most ostentatious states of India. You will fall in love with the city the moment you have a close encounter with its historical attractions that ooze royalty. The gardens, forts, palaces, and markets have wrapped themselves in the warm shade of pink. The colour epitomizes hospitality.
Related Information Top 20 Things to Do in Jodhpur
Jaipur is a wonderful city that has been witnessing a major chunk of tourists from far and wide. It offers a lot of things to see and do that a few days stay does not seem enough to cover everything you have jotted down in your things to-do in Jaipur.
Best Tourist Attractions in Jaipur Pink City Attractions Top Tourist Attractions in Jaipur Tourist Attractions in Jaipur Tourist Attractions Pink City
Dheeraj Kumar1
Dheeraj Kumar
We travel not to escape from life but to experience the love and life. If you love to travel and it is an integral part of your life then Traveloaces should be your companion. It is the one-stop-shop which gives you amazing vacation ideas. They not only help you in booking tours which let you experience the soul of the place you are visiting but also assist you in planning the tour itinerary for you that includes adventures, activities and some amazing things that create everlasting memories for you. They have some wonderful places to stay at surprisingly low rentals which provide you home-like comfort and have the essence of that place. So when travel is on your mind think Traveloaces.
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DreamWorks and Amazon today revealed the first full trailer and voice cast for their upcoming series, The Adventures of Rocky and Bullwinkle, based on the classic 60s cartoon. The series will be executively produced by Scott Fellows (The Fairly OddParents, Ned's Declassified School Survival Guide) and Tiffany Ward - the daughter of original series creator Jay Ward.
The show's trailer is viewable below.
The Adventures of Rocky and Bullwinkle hits Amazon Prime Video on May 11, 2018. A second DreamWorks series, Kung Fu Panda: The Paws of Destiny, is also planned for the same service later this year.


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About This Dancerie
Transmedia Strategy
The Paris Project
1938 : Collaborators
THIS DANCERIE: 1938 COLLABORATORS
Tony Whitfield, Artistic Director, Producer, Director, Principal Designer/Artist, Writer.
Tony is an artist, designer, producer and curator whose work has been shown in solo and group exhibitions in galleries and museums including the New York's Museum of Art and Design, Leslie Lohman Museum of Lesbian and Gay Art, The Pop-Up Museum of Queer History and the Instituto Cultural Peruano Norteamericano in Lima, Peru and published in the US and abroad. Whitfield has also written about art, new media, film, performance and design. Recently, Tony has produced short video works including the Silver Rainbow Project, a collaboration with videographer Joe Lumbroso and composer Andrew Alden. He has also held leadership positions in New York's arts community including Director of Printed Matter, Inc., Associate Director of Lower Manhattan Cultural Council where he produced over 100 performing arts events annually and Senior Policy Analyst for Cultural Affairs in the Office of the Manhattan Borough President, as well as Program Director at Just Above Midtown, Inc. Whitfield's writing about art, design, performance, film and video as a medium for cultural criticism has been included in numerous publications over the last three decades. As an educator, he is an Associate Professor of Art and Design Studies at Parsons The New School for Design, where he has served in various leadership roles including Associate Dean for Civic Engagement, Chair of the Product Design Department and Director of the Furniture Program. In 2015, Tony also produced "Double Jack," Thierry Micouin's duet with five digitally programmed guitars, at Tishman Auditorium at the New School in collaboration LaMaMa Experimental Theater Club and the French Embassy.
Andrew Alden, Composer, Musician, Videographer, Editor, Asscociate Project Producer.
Andrew is an American composer from New England where he received his BFA in Film Scoring and Composition at Berklee College of Music in Boston. He is the director and composer of the Andrew Alden Ensemble, which is dedicated to exploring new music in the tradition of Bang on a Can All-Stars, Alloy Orchestra, Kronos Quartet and Alarm Will Sound. Andrew has performed with Evan Ziporyn and Terry Riley as a member of Gamelan Galak Tika, has scored 20 different films, including spots on NBC, and has toured nationally. Andrew currently lives in Rochester where he is freelance composer and visual artist.
Oisín Stack, actor (Herschel Grynszpan), associate director.
Oisín has recently finished filming on Star Media's MATI HARI. Oisín played the role of Henri in Luc Besson's black comedy, THE FAMILY starring Robert De Niro, Michelle Pfeiffer and Dianna Agron, he also starred alongside Zoe Saldana in NBC's ROSEMARY'S BABY. Other credits include: UNITED PASSIONS (Film), INTERPOL (TF1), RÉSISTANCE (TFI) he also has extensive theatre credits.
Nils Nusens, Performer, Translator.
Nils is a singer, song writer, Trumpet player, Keyboard player composer and actor. Since the 1990's, Nils has collaborated with Keyboardist, composer, Producer Vincent Theard with other Keyboardist, singer, composer Stephane Le Navellan (with whom he founded the French funk band, 13NRV) and singer Angie Cazaux-Berthias. This experience created the foundation of an enduring collaboration with Vince Theard and Stephane Lenavellan with whom Nils later founded the cult French Funk Band "13NRV" along with composer Olivier Riitano and saxophone player and composer Cyril Guiraud. Nils has also collaborated and played with Cheick Tidiane Seck, the Bernard Allison Band playing trumpet in Paris and in New York, his second home since 2006. In both cities, as well as in Burkino Faso, he has combined his creative activity with a variety of progressive, grassroots entrepreneurial ventures.
Sebastiano d'Ayala Valva, Cinematographer.
Sebastiano is a film director, born in London in 1978. He currently lives in Paris where he graduated from Institut d'Etudes Politiques in 2003. He then took part to the production of short movies and feature documentaries, including Serge July's documentary Once Upon a Time … Last Tango in Paris. In 2007, he finishes his first documentary as a director Transvestites Also Cry, filmed over three years. The film was selected at various international film festivals and has won the Audience Prize at Roma Doc Fest 2007 and the Best Documentary Award at the 2008 HBO New York Latino Film Festival. He's currently working on Angel, a feature documentary film on the relation between a transsexual immigrant and prostitute, and his family. He's also working on the documentary The House of the Father, a father-son confrontation through architecture and film. The project has been selected at the Berlinale Talent Campus 2008, Documentary in Europe 2008, European Torino Days 2008, and is a finalist at the Premio Solinas.
Joe Lumbroso, Videographer, Editor.
Joe is a director and cinematographer with over 10 years of production experience under his belt and a background in creative direction, cinematography, graphic design, software engineering and business development and the driving force in Brilliant Champions, a full service production company in New York and San Francisco that uses a variety of methods and media to construct engaging and compelling ideas, content, and experiences. Brilliant Champion's work includes commercial production, music videos, narrative and documentary filmmaking.
Powered by The Paris Project


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8 How a Norris F4 rival's early GT move was vindicated
9 Hulkenberg comment reputation 'annoys' Magnussen
10 F1 regulations - what's new for 2021
Audi's grid lock out is confirmed
Warmer weather today (Thursday) but did nothing to improve times at the front of the grid in the second and final qualifying session of the Superflo 12 Hours of Sebring.
Few cars bettered their times from the first qualifying - in fact, the GT polesitting Alex Job Racing Porsche 911 GT3-RS of Lucas Luhr, Sascha Maassen and Emanuel Collard didn't even bother to go out.
To recap from yesterday, when all the fastest times were set, all four Audis top the time sheets while the two Panoz LMP07s languish almost three seconds off the pace. Texas may have been something of a false dawn for the front-engined American cars - they are not working Sebring's bumps as effectively as the Audis and the lap times, and lack of reliability, reflects that.
That doesn't worry pole sitter Emanuele Pirro, who is overjoyed with his first pole in the ALMS, despite its lack of relevance for Saturday's 12-hour enduro.
"Putting the car on pole is satisfying," said Pirro. "It does not mean a lot for the race, but we have been the fastest car so far. To keep the pole gives us the confidence to get some clear laps at the beginning of the race. I am happy to have delivered the car in first place to Frank, who will start the race on Saturday."
Claudia Hurtgen improved on her previous time in the Roock-Knighthawk Lola-Nissan. Not that it mattered much since the car is the LMP675 polesitter as the Gunnar Racing car was thrown out at the pre-event tech inspection. Its Lola chassis is homologated with a Nissan engine and the scrutineers had "issues" with the installation of a Porsche unit.
Oliver Gavin bagged the GTS pole in Franz Konrad's Saleen S7R after swapping the top place for much of the session with Ron Fellows in the Chevrolet Corvette C5-R. Gavin improved on the Sallen's pace but neither driver was able to best Fellows 2000 pole position time.
"I ran into a lot of traffic while I was out there," said Gavin. "I know it's a bit of a lame excuse, but that's how it was."
Fellows' time from first qualifying had been disallowed after his car was found to be underweight at scrutineering. His time in the second session was good enough to start second in class, ahead of team mate Andy Pilgrim in the second Corvette. The quickest of the two Dodge Vipers entered by the American Viper Racing team was five seconds adrift.
Alex Job Racing's Porsche 911 GT3-RSs maintained their grip on the GT class, although JJ Lehto topped the class timesheets during second qualifying in the new BMW M3 GTR. The car is the object of some discussion within the Porsche camp, since its V8 engine has no equivalent in a road car, but had hardly turned a wheel in practice without some element of the controversial drivetrain going awry.
The Trinkler Corvette and Callaway C12 posted competitive times during both sessions. The Callaway in particular seems to have an impressive turn of speed up the main straight.
The warmed weather brought the crowds out in force - a row of the famous Sebring sofas-on-sticks already stretches along the start-finish straight and the Green Park 'zoo' is crammed with RVs and empty beer cans.
Starting grid at Sebring
1 Biela/Kristensen/Pirro (works Audi R8) 1m49.110s
2 Aiello/Alboreto/Capello (works Audi R8) 1m49.477s
3 Kelleners/Schroeder/Wallace (Champion Audi R8) 1m49.974s
4 Johansson/Smith (Johansson Audi R8) 1m50.903s
5 Field/Dayton/Sutherland (Lola-Judd) 1m53.182s
6 Magnussen/Brabham (Panoz) 1m53.257s
7 Weaver/Leitzinger/Forbes-Robinson (Riley&Scott) 1m53.536s
8 Bourdais/Boullion/Redon (Courage-Peugeot) 1m54.283s
9 Konrad/Borcheller/Gavin (Saleen) 2m00.426s
10 Fellows/Kneifel/O'Connell (Chevrolet) 2m00.728s


Great investment income opportunity/or, live in one section, rent out the other. An older upgraded cabin with a 1980's addition. Interior stairs blocked off creating two seperate living areas. Quiet location in beautiful Mount Hermon Park. Septic tank is connected to the Mount Hermon sewage disposal system....NO leach field worries!! Close in to the Conference Center making this very desirable.


Delivery is Required for a Valid Lease and Contract is discussed on Debbie Baum's website.
I was recently representing a landlord in a one year residential lease. The tenant signed the lease and sent it back to the landlord. The landlord signed the lease but before he could send the signed lease back to the tenant, the tenant's attorney cancelled the lease. The attorney stated that the lease was not valid because it had not been "delivered" to the tenant. Is this correct?
Yes, it is most likely the case that the lease was not effective and binding until it was delivered to the tenant. In New York State, delivery is a requirement of a valid lease. In a well cited New York case, 219 Broadway Corp. v. Alexander's, Inc., 46 N.Y.2d 506 (N.Y. 1979), the court held that "A lease … requires the fulfillment by the parties of certain prerequisites to take effect. It is the well-established rule in this State that delivery is one such requirement, the absence of which, without more, renders the lease ineffective." The requirement also applies to other conveyances of land, such as contracts for the purchase and sale of real estate.
Important Tip: The definition of "delivery" will vary from contract to contract (and lease to lease; a lease is a form of contract). Many real estate contracts will spell out acceptable delivery methods within the contract itself. For example, it is becoming much more common for leases to contain provisions allowing electronic delivery in addition to traditional hand delivery. In certain instances, a court may also imply delivery based on the conduct of the parties.


And this has powerful debugger which works on the web browser.
Currently this CMS is beta version and the source code is hosted in the Git hub.
This source code is provided as Openshift cartridge that I mention next.
We changed the server of this website into the cloud server. We are using Openshift. We can use it free within 3 Gears (means server). This website is hosted by the gear.
By preparing the Cartridge of Application, we can install it into the gear by specifying url of the cartridge. Install is very easy. So we decided to make cartridge of the openshift.
After testing it by this website some more. We are going to release it.


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Archival Collections Portal > Rare Book & Manuscript Library > Max Frankel papers, 1896-2008, bulk 1940-2008
Max Frankel papers, 1896-2008, bulk 1940-2008
Note: some material may be restricted or offsite
Series I: Personal Files, 1940-2008
Subseries I.1: General Files, 1940-2008
Subseries I.2: Speech Files, 1925-1992
Subseries I.3: IRS Files, 1977-1993
Subseries I.4: Multimedia Files, 1958-1999
Series II: Editorial Files, 1896-1997
Series III: Book Files, 1960-2004
Subseries III.1:The Times of My Life and My Life with The Times, 1963-2001
Subseries III.2:High Noon in the Cold War, 1960-2004
The Max Frankel Papers contain personal papers, research files for Frankel's memoirs, and files pertaining to Frankel's journalism career, including extensive working files for the period in which Frankel was Executive Editor of The New York Times.
Frankel, Max, 1930-
11 linear feet (10 record storage cartons 1 half sized document box)
Material is primarily in English with some Hebrew and German.
This collection has no restrictions. This collection is located off-site. You will need to request this material at least three business days in advance to use the collection in the Rare Book and Manuscript Library reading room.
This collection is arranged in three series.
The Max Frankel Papers consist mostly of research materials collected for Frankel's memoirs, and they pertain especially to his career in journalism. It begins with material relating to Frankel's immigration and childhood, continues with his time as a foreign and later diplomatic correspondent, and focuses especially on his eight years as executive editor of The New York Times. The collection includes clippings of Frankel's articles for the Columbia Daily Spectator and The New York Times (including articles published without a byline), draft articles, speeches about journalism and foreign policy, diaries, legal briefs and transcripts, scrapbooks, videotapes, and photographs. The collection also includes correspondence with Justice Harry A. Blackmun, Zbigniew Brzezinski, McGeorge Bundy, Barbara Bush, President Jimmy Carter, President Bill Clinton, Andrew Cuomo, Mario Cuomo, President Dwight D. Eisenhower, Richard Holbrooke, Hubert Humphrey, President Lyndon B. Johnson, Henry Kissinger, Edward Koch, George McGovern, Walter Mondale, Bill Moyers, Daniel Patrick Moynihan, Rupert Murdoch, Benjamin Netanyahu, President Richard M. Nixon, Justice Sandra Day O'Connor, President Ronald Reagan, John D. Rockefeller, Eugene Rostow, Dean Rusk, Alexander Solzhenitsyn, Arthur Ochs Sulzberger, Arthur Ochs Sulzberger, Jr., and Cyrus Vance.
Of particular interest are notes taken of off-the-record discussions with President Lyndon B. Johnson, Dean Rusk, and Robert F. Kennedy, particularly concerning the Vietnam War. The collection also contains drafts of legal briefs concerning the publication of the Pentagon Papers, and notes concerning Frankel's questions as a presidential debate moderator in 1976.
This series consists of papers relating to Frankel's personal life and career in journalism.
This series contains subject files arranged in alphabetical order, created while Frankel was editor of the editorial page and then executive editor of The New York Times. It includes correspondence between members of the staff of The New York Times, especially between Frankel and publishers Arthur Ochs Sulzberger and Arthur Ochs Sulzberger, Jr. It also includes correspondence between Frankel and notable members of the public, and files pertaining to the management of the newspaper generally.
This series contains files pertaining to the commissioning, writing, publication, and reception of Frankel's two books.
Identification of specific item; Date (if known); Max Frankel Papers; Box and Folder (if known); Rare Book and Manuscript Library, Columbia University Library.
2011.2012.M053: Source of acquisition--Max Frankel. Method of acquisition--Gift; Date of acquisition--11/22/2011.
Papers processed David Allen, GSAS 2019 06/--/2013.
Finding aid written David Allen, GSAS 2019 06/--/2013.
Cold War Portal CLIO ArchiveGRID
Cold War in mass media Portal CLIO ArchiveGRID
Cuban Missile Crisis, 1962 Portal CLIO ArchiveGRID
Frankel, Max, 1930- Portal CLIO ArchiveGRID
Johnson, Lyndon B. (Lyndon Baines), 1908-1973 Portal CLIO ArchiveGRID
Journalism Portal CLIO ArchiveGRID
Journalists -- United States Portal CLIO ArchiveGRID
Soviet Union Portal CLIO ArchiveGRID
Soviet Union -- Foreign relations -- United States Portal CLIO ArchiveGRID
Sulzberger, Arthur Ochs, 1926-2012 Portal CLIO ArchiveGRID
Sulzberger, Arthur Ochs, 1951- Portal CLIO ArchiveGRID
United States -- Foreign relations -- Soviet Union Portal CLIO ArchiveGRID
United States -- Politics and government -- 20th century Portal CLIO ArchiveGRID
Max Frankel (born 3 April 1930 in Gera, Germany) is a Pulitzer Prize-winning journalist. Frankel emigrated as a child from Germany on 22 February 1940. He was educated at Columbia University, where he wrote for and edited the Columbia Daily Spectator. Frankel joined The New York Times in 1952, where he remained for fifty years except for a period in the United States Army. Frankel was a foreign correspondent in Vienna, Moscow, and Havana, and later The Times's diplomatic, White House, and Washington correspondent. He was instrumental in the release of the Pentagon Papers in 1971. He edited The Times's editorial page for nearly a decade, and was executive editor between 1986 and 1994. Frankel won the Pulitzer Prize in 1973 for his coverage of President Richard Nixon's visit to China. Frankel is also remembered as the journalist who asked President Gerald Ford a question about Soviet domination of Eastern Europe during a presidential debate in 1976, which Ford answered poorly. Frankel has written two books, The Times of My Life and My Life at The Times (Random House, 1999), and High Noon in the Cold War: Kennedy, Khrushchev and the Cuban Missile Crisis (Ballantine, 2004).


The Friends of Kipkelion Charitable Trust is a UK registered charity (no. 1142476) which was set up in 2010. Our aim is to support basic healthcare and educational projects in the Kipkelion District of Kenya. Many of our projects involve the provision of clean water and sanitary facilities.
The Friends of Kipkelion is constituted as a Charitable Trust under English law. The financial statements are inspected by an independent Examiner each year and are published on the Charity Commission website.
The Friends of Kipkelion is run by volunteers, so all the money we raise is spent on projects in Kipkelion.


Good content is obviously defined by your audience, and if you don't deliver it, regardless of the traffic/links you garner, you are at worst distracting from what it is you actually do, most probably diluting it, and at best momentarily forgetting your niche. Nowhere is this more obvious than for the online publisher.
Some blogs in the online marketing space have received criticism for posting articles around the weekend's tragic events that fall, the critics say, outside said publishers' remit.
The example I'm thinking of is Mashable's coverage of Amy Winehouse's death. Should a good editor have prevented publication of this news on a site covering digital culture, social media and technology?
Well, yes – not because the coverage is in any way morally wrong, but simply because it is incongruous in the context of their audience, and what it is they do, and therefore does not represent good content.
For the record, I think it's hard for the mere presence of a post to be amoral per se; the content can certainly be dubious, or even amoral, irrespective of audience – The Huffington Post certainly corners 'dubious' with this article detailing what small businesses can learn from Winehouse's death.
There are three important points here, demonstrated by the articles in question.
The first is the need for a strong editorial vision, which translates to consistency in content strategy across any organisation. Having a lapse of concentration in editorial is not the end of the world – you'll only serve up irrelevance, which (even taking into account page views) isn't going to help the bottom line.
The second, more specific point is that whether you're an online publisher or any organisation using content in your marketing efforts, resisting the 'headline grabbing stories' (however you define them) might be difficult, but is necessary if it avoids a disjunct between what you promise, and what you actually serve up. Common sense, and for good reason.
The third point, which is really the point I've been waffling towards, is that the old adage of 'know your audience' is more relevant than ever online, as the internet continues to sprawl.
Greater competition for your browser demands a clearer reason-for-being from every website, and every itty bitty piece of content. Of course, your audience might be channel-specific, but that's for another post.
Should your order form include a coupon code field?
If you've ever purchased something online, you've probably come across an almost ubiquitous feature on many order forms: the coupon code field.
Online sellers, of course, use coupon codes in an effort to boost sales, increase AOVs and reward loyal customers. But according to web consultant Rachel Baker, these innocuous fields may be doing more harm than good.
Run by three former executives from mydeco, tribesports is a social network and recommendation engine for sports lovers.


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ALTA TRAFFIC REPORT, DECEMBER 2018
by develmia | Feb 12, 2019 | Uncategorized |
Media Center : Press Releases Newsletters Traffic Reports Industry Insights Reports
Latin America and Caribbean airlines achieved 15 consecutive years of record growth. Passenger traffic increased 5.7% in 2018, the highest growth since 2015
Panama, February 12, 2019
2018 set the fifteenth consecutive year of growth in Latin American and Caribbean airlines passenger traffic and the year with the highest growth recorded since 2015, confirming the recovery of the industry with growth close to 5 percentage points above the economy of the region, where GDP reached a 1.2% growth compared to 2017, according to IMF.
Out of the 16 million additional passengers carried in 2018, 13 million (82%) correspond to additional passengers carried in the intra-Latin American market, equivalent to percentage growth of 5.1%. In the intra-Latin American market, the domestic markets of Brazil, Mexico, Argentina, Chile and Peru leveraged more than 90% of the growth, by carrying 12.2 million additional passengers. Mexico grew by 9.5% in its domestic market, Chile 16%, Peru 12% and Argentina 13%. Brazil, which is the most important domestic market in the region, grew by 3.6%, indicating 2 consecutive years of positive growth after the deceleration shown during 2015 and 2016.
In the intra-Latin American international market, the airlines of the region carried 43 million passengers (+3.8% compared to 2017), with the Argentina – Brazil market as the most important with a flow of 3.7 million passengers in 2018 (+4.9% compared to 2017). The following markets stood out in percentage growth
Colombia – Uruguay: +60%
Costa Rica – Peru: +54%
Ecuador – Mexico: +52%
Colombia – Dominican Republic: +39%
Brazil – Chile: +19%
In the extra-Latin American international market, the airlines of the region carried 30.1 million passengers in 2018, 11.2% more than the previous year. In this market, 2018 set a special milestone as it was the year where LAC airlines completed international operations to the 5 main regions outside the region (North America, Europe, Asia-Pacific, Middle East and Africa) thanks to the inauguration of the new LATAM flight between Sao Paulo and Tel Aviv.
In absolute terms, the market that grew the most in 2018 was North America with 2.7 million additional passengers, where the traffic between USA – Brazil (+34%), Mexico – USA (+11.1%), Mexico – Canada (+33.5%) and,Guatemala – USA (+33%) stood out. In percentage terms, the extra-Latin American region that grew the most in traffic for LAC airlines was Africa with 51% growth or the equivalent to 32,000 additional passengers.
Additionally, 2018 was also a very positive year for LAC airlines in terms of routes development, with a total of 64 new routes, 22 domestic and 42 international. 47 of these routes were intra-regional routes (25 international and 22 domestic) and 17 extra-regional routes (14 to North America, 3 to Europe and 1 to Middle East).
Concerning the fleet, the airlines of the region closed 2018 with an operating fleet of 1,962 aircraft. During the year 86 aircraft were delivered to the airlines of the region: 74 narrow body, 6 wide body and 6 turboprop.
It is estimated that by 2019 the airlines of the region will exceed 300 million passengers. We have a great year ahead and we will continue working so that aviation reaches its enormous potential to consolidate as the most efficient, safe and sustainable means of transport.
I invite you to read the detail of the report below.
Luis Felipe de Oliveira
The Latin American and Caribbean Air Transport Association (ALTA) announced today that Latin America and Caribbean airlines carried 295.5 million passengers in 2018, up 5.7% – or 16 million more passengers – from the previous year.
Traffic (RPK) grew 7.6% and capacity (ASK) increased 7.9%, bringing up the load factor to 81.7% or 0.2 percentage points lower than in 2017. (see table 1).
The number of passengers carried during December 2018 increased 8.9% versus the same month of the previous year, reaching 26.6 million passengers. In that month, traffic (RPK) rose 7.8%, capacity (ASK) increased 8%, and the passenger load factor reached 81.3%, 0.1 percentage points lower than December 2017.
Monthly Passenger Traffic Growth
Traffic to/from Latin America & Caribbean
Latin America and Caribbean airlines carried 30.1 million passengers to and from Latin America and the Caribbean in 2018, up 11.2% from the previous year (see table 2). Traffic (RPK) grew 9.5% and capacity (ASK) increased 10.1%, bringing the load factor to 82.1%.
To/From Latin America & Caribbean Traffic Distribution
Traffic data from the following airlines is included in this report: Aerolíneas Argentinas (includes Austral), Aeromar, Aeromexico Connect, Aeromexico, Air Antilles, Air Panama, Amaszonas, Andes Líneas Aéreas, Aruba Airlines, ASERCA Airlines, Avianca Brasil, Avianca Holdings, AVIOR Airlines, Azul Airlines, Bahamasair, Boliviana de Aviación – BoA, Caicos Express Airways, Calafia Airlines, Caribbean Airlines, Cayman Airways, CM Airlines, Conviasa, Copa Airlines Colombia, Copa Airlines, Cubana de Aviacion S.A, Easyfly S. A., Ecojet, Fly Jamaica, Flybondi, FlyMontserrat, Insel Air, Intercaribbean Airways Ltd, Interjet, Jetsmart, LASER Airlines, LATAM Airlines Group, LC Peru, LIAT , Link Conexion Aerea S.A. de C.V, Maya Island Air, NatureAir, Passaredo, PAWA Dominicana, Peruvian Airlines, RUTACA, Saint Barth Commuter, SANSA Airlines, SATENA, Seaborne Airlines, Sky Airline, Skybahamas, Southern Air Charter, Star Peru, Sunrise Airways, Surinam Airways, TAG Airlines , TAME Línea Aérea del Ecuador, TAR Aerolineas, Tropic Air, VI Airlink, VivaAerobus, VivaAir Colombia, VivaAir Peru, Volaris, and Windward Island Airways International.
Glossary RPK (Revenue Passenger Kilometers) number of passengers carried times the distance traveled | ASK (Available Seat Kilometers) number of seats available for sale times the distance traveled | PLF Passenger Load Factor, obtained by dividing the RPKs by the ASKs | FTK (Freight Ton Kilometers) number of tons of freight carried times the distance traveled


Download the template and write/draw what you would change if you were the President of the United States.
Share a photo of your page on social media with #ifiwerethepresident.
Physical copies are preferred, but if you're unable to mail, please email a photo of your page to mail@ifiwerethepresident.org.
These messages will be delivered to the White House in 2020 around the next Presidential election to make a strong, poetic statement about a future worth fighting for together.


The Motorex KTM Junior Racing Team added two more titles to its considerable collection as the Queensland Motocross Championships took place over the weekend at Lang Park, Townsville.
The depth of talent in Queensland makes the event one of the Motorex KTM Junior Team's milestone events and an ideal stepping stone in its preparation toward the nationals in October.
Its first taste of championship glory came when Sunshine Coast native Hunter Lawrence claimed the 12-13 years 85cc class with a perfect 100 points, having taken four wins from four starts.
Lawrence rounded out a very successful weekend by finishing fifth in his 125cc appearance.
The team's second number one plate came when fifteen-year-old Mitch Evans pulled off what many consider to be the comeback of the meeting, as he dominated the 14-15 years 85cc division.
Just six weeks earlier Evans had broken both his radius and ulna in his right forearm, and after producing a doctor's certificate, had his very first post-injury ride in Official Practice for the title!
The injury certainly didn't seem to affect the Cairns teenager's ability to twist that throttle however, and he won every race in the class to sew up his fourth Queensland championship before going on to finish a respectable 6th in the 125cc class.
Team Manager Glenn Macdonald was naturally ecstatic with the performance of his two charges, who delivered the team a milestone of its own – an incredible 40th major title in the seven years since its inception.
Team Manager Glenn Macdonald - "The guys rode remarkably well and definitely showed great speed. They also proved, very importantly that the KTM85 is not only one of the most dominant motorcycles in the class, but the reliability is just fantastic. The track changed quite dramatically from Friday when it was just perfect, and the bike only required minor tweaks to keep it at its best.
Mitch's result coming back from injury is something that is going to remain very memorable for the family and for myself, just with the guts and determination he showed. Skills you can teach, guts is an inherent quality.


text:
Doug Munro "The Harry Warren Songbook"
Harry Warren was a prominent composer during the 1920's, '30's and into the '40's. Just one look at all his hits and you'll be quite amazed, especially if his name is only vaguely familiar. Warren was also the great uncle of guitarist Doug Munro who has put together this Warren tribute. Munro decided on a swing style session in the manner of Django Reinhardt and Stéphane Grappelli. Nearly all the music was composed during that period, so it fits hand-in-glove as swing material. Munro plays with four different groups, all guitar dominated. Now to these Harry Warren titles. An impressive list it is, with such evergreens as "Jeepers Creepers", "I Only Have Eyes For You", "The More I See You", "September In The Rain", "At Last", "Serenade In Blue", and loads of others. If you love the Django era and style, grab this one up. It's great fun!
Got Music Records; 2017; appx. 57 min.
Posted by Music Education For All at 1:44 PM
Bill Mays "Front Row Seat" 2 CDs
Mark Lewis (alto sax and flute) "The New York Sess...
Jeff Rupert "Imagination"
Northern Adventures "The Canada Sessions Vol.1"
Bob Dorough "Live At The Deerhead Inn"


Oppo has been teasing the upcoming F9 for a couple of days now, with its small triangle-shaped notch and VOOC charging. The online campaign continues with the promo images below, which present us with two color versions of the handset: Sunrise Red and Twilight Blue.
At the same time, the company has started plastering billboards across Indonesian cities, showcasing the phone in the hands of actress Chelsea Islan.
The billboards tell us that VOOC will enable two-hour talk time from just a five-minute charge. The Sunrise Red variant of the F9 has also been leaked in a hands-on image with its diamond-like pattern and hue that changes depending on the angle the light hits the rear at.
The smartphone will launch in Vietnam on August 15, and that may be the date on which it becomes official across Asia. That said, it's likely that the F9 Pro will launch in India first, with the F9 going to Malaysia, Indonesia, and Vietnam before any other places.
According to past rumors, the F9 Pro has a 6.3-inch 19.5:9 touchscreen with 1080x2280 resolution and a 90.8% screen-to-body ratio, dual 16 MP cameras on the rear, a 25 MP selfie snapper, 128GB of expandable storage, 6GB of RAM, and the MediaTek Helio P60 chipset at the helm. It will have dual-SIM functionality and 4G support, while a 3,400 mAh battery will keep the lights on.
We expect the F9 to come with lesser specs, but these haven't been outed yet.
For the guy that keep getting his comment deleted. Just stop please. Being polite is part of the rule in case you havent notice. I know what beautiful is and your heart is not one of them.
yeah and you never said color(you referred to the whole panel wich means shape and color).


Project Summary This application is being submitted in response to PAR-17-150 entitled Mechanisms of Disparities in Chronic Liver Diseases and Cancer. Since 1980, the incidence of hepatocellular carcinoma (HCC) has tripled, becoming one of the fastest rising cancers globally and in the US. HCC is now the second leading cause of cancer-related death worldwide. This increase in HCC-related incidence and mortality disproportionally affects racial/ethnic minority populations: African Americans have a two-fold higher incidence of liver cancer than Whites in the US. Because HCC mortality occurs earlier than other solid cancers, the potential years of life lost to HCC is substantial. While ethnic disparities have been reported for multiple cancers, less is understood about disparities in HCC. First, established risk factors for HCC are exposure to aflatoxins, alcohol, cirrhosis, and infection with hepatitis B virus (HBV) and hepatitis C virus (HCV). However, the variation in the prevalence of these factors by race/ethnicity cannot fully explain the steep increase in the incidence and the widening of race/ethnic gap. Second, exposure to environmental chemicals, including cadmium (Cd), has been associated with HCC in animal models; however, the Cd doses examined were much higher than non-occupational exposures observed in the general population. Recent data indicate that adverse health effects, including cancer, may occur at lower exposure levels than previously thought but this has not been adequately investigated for HCC. Third, data from genome-scale DNA methylation studies suggest that there are widespread epigenetic ?signatures? or changes that accompany both hepatic fibrosis progression and tumor development. However, these promising data derive from resected or transplanted liver which comprises only ~20% of HCC cases, and AAs are less likely to undergo surgery. Thus, the underlying mechanisms for disparities in HCC and poorer outcomes in these populations are still unknown. Our goal is to use a multidisciplinary approach to determine if cadmium exposure alone or as a part of a mixture (that includes lead, essential metals including zinc, selenium, manganese, magnesium and/or calcium) increase risk of HCC. We will determine if associations vary by ethnicity. To accomplish this, we will conduct a population-based case control study comprising 200 African Americans and 200 whites using the North Carolina Cancer registry to identify primary HCC cases. We will use mass spectrometry to measure urinary cadmium and other metals to estimate chronic exposure. We will then determine if regulatory sequences of previously identified cadmium associated methylation mediate the relationship between Cd exposure and HCC risk. Longer term, our vision is to identify epigenetic marks in accessible tissues that can be used to develop algorithms for early detection of HCC to improve outcomes. We anticipate that with this improved understanding of the integrated exposure, sociodemographic and molecular data that we will be better poised to combat and prevent the rise in HCC, particularly in minorities and the underserved.


text:
Mouni Roy's Brahmastra and Made In China to clash at the box-office!
Wedding bells for Ranbir Kapoor and Alia Bhatt to ring soon?
Here are the winners of the 2019 Lions Gold Awards!
CHRISTMAS CLASH: Will it be Salman Khan v/s Akshay Kumar v/s Ranbir Kapoor this year?
Post the success of her debut movie Gold, Mouni Roy is back with Made In China opposite Rajkummar Rao and Brahmastra along with Ranbir Kapoor and Alia Bhatt. But the actress seems to be in a dilemma as both of her movies are clashing on the same date and will have an Independence Day release next year. Interestingly Mouni's Gold too was an Independence Day release and a box office hit, so we can hope these movies might also work out well for the actress.
Mouni, who will be seen as a lead antagonist in Brahmastra, shared her excitement in working in the movie and was quoted saying to a leading daily, "While I can't reveal much about my character, I can say that I am the only villain of the Ranbir film. It was surreal. I was like this little puppy who was just excited to see him and didn't t know what to do and after giving a shot with him I could have happily died. Who would have imagined that a girl from Cooch Behar would be sharing the screen with Amitabh Bachchan."
Meanwhile in Made In China, the actress will be donning the role of a Gujarati girl with Rajkummar in the role of a struggling businessman.
Stick to this space for the latest in Bollywood!
Related Topics:Brahmastra, Made In China, Mouni Roy
From his film with Hrithik Roshan to Baaghi 3, Tiger Shroff reveals it all!
Manikarnika: Kangana Ranaut rubbishes reports of the producer getting sacked!


New Eagle Cafe is known for its great customer service, welcoming aloha spirit and comfort food. Established in 1930, the cafe moved to its current location along N. Nimitz Highway in 1988 and has been dishing out delicious entrees for breakfast, lunch and dinner ever since.
Breakfast starts at 8 a.m. daily and at 6 during weekends, and customers have a plethora of items to choose from. One of the most popular breakfast menu items is Macadamia Nut Hotcake Combo ($9.85).
If you're in the mood for something savory for breakfast, New Eagle has something sure to satisfy. Im recommends Roast Prime Rib and Half Order Eggs Benedict ($17.60).
"That's also available every morning, and it's a popular choice for breakfast," he says.
For customers dining at New Eagle Cafe for lunch, Im suggests Rainbow Trout ($16.25) because it's not a common dish.
For the rest of the holiday season, New Eagle Cafe will be open today (Christmas Day) from 6 a.m. to 2 p.m. (breakfast and lunch only). The restaurant also will be open on New Year's Eve from 6 a.m. to 2 p.m., but will be closed New Year's Day.


text:
Investigating Russia's role and the Kremlin's interference in the 2019 EP elections
Political Capital and its research partners (Jonas Syrovatka, Adam Lelonek, Grigorij Meseznikov) explored the narratives the Kremlin used to influence public opinion in Europe and, in particular, the Visegrád Group between 1 January 2019 and 30 June.
We used media monitoring software to identify the main narratives spread by official Kremlin mouthpieces and local pro-Kremlin media, focusing on how Russia-related issues (e.g., Ukraine) and EU institutions are depicted. Moreover, we seek to formulate policy recommendations to aid the fight against disinformation.
The complete study is available from here (pdf, 1,834 KB). Read the related articles here.
The EU and the 2019 European Parliamentary elections are certainly potential targets for the Kremlin's meddling efforts, which was acknowledged by European institutions well in advance. There is reason to believe that as a way to better represent its national interests with regards to the EU, Russia possesses a desire and ability (using current 21st century technologies) to influence the upcoming EP elections. However, it must be emphasized that national general elections are more likely targets for the Kremlin, as it is easier to influence EU decision-making through a group of pro-Russian governments in the Council of the European Union. Moreover, the decentralized EP elections are technically more difficult to influence. Still, Moscow could benefit from amplifying its voice in the EP and create the illusion that it had a strong impact on the EP vote.
Some pro-Kremlin messages (e.g., the US is using the EU to force its will on other countries, and the CIA is behind Euromaidan) might resonate with the audience in at least some of the EU member states. The EP elections provide a great opportunity for spreading such narratives, but the effects of pro-Russian disinformation will be impossible to accurately measure.
Kremlin-backed media is mainly focusing on discrediting the West in general, sometimes without even mentioning Russia. The narratives we found on RT and Sputnik English were remarkably consistent in some cases, suggesting that with regards to certain issues relating to key Russian national interests (e.g., Venezuela), the Kremlin is trying to persuade the audience on the validity of its own views. The Kremlin's relative lack of focus on the EP elections was highlighted by the fact that official Russia-backed media did not directly target the European Union as frequently as it did the US and NATO. However, when they did address topics related to the EU, they almost exclusively promoted the views of anti-EU actors. The coverage of local portals was varied in terms of their preferred topics: Hungarian disinformation media focused heavily on the EU, while the bloc was, similarly to what we observed on RT and Sputnik, relegated to secondary importance behind anti-West messages in the Czech Republic.
Russian decision-makers aim to weaken and fragment the EU to gain more influence over what occurs on the continent, while some internal actors in EU member states want to achieve the same goals for ideological reasons. This essentially prompts the convergence of anti-EU narratives in official Kremlin-backed and local disinformation media.
Anti-EU messages are often combined with even more prevalent anti-West messages. The Kremlin considers the EU to be the extended arm of the US in international relations, which is another reason why it wishes to hinder the European integration process. Consequently, disinformation directly targeting the US, NATO, pro-Western politicians and Western democratic norms can be considered to be attempts to influence the political orientation of Europeans in general, which can also affect voting intentions in EP elections: anti-West narratives also promote the messages of Eurosceptic forces (e.g., as the only solution to avoid war with Russia).
The presence of Russian narratives within the messages of Eurosceptic actors increases the Kremlin's outreach in Europe considerably. At the same time, we can observe a bilateral transfer between the Kremlin and Eurosceptic actors when it comes to narratives. While official, semi-official Kremlin-backed media can influence local pro-Russian actors' messages, the views of local actors also contribute to the official pro-Kremlin rhetoric.
All in all, European pro-Kremlin, Eurosceptic actors (most of whom are likely to be "useful idiots" rather than Russian agents of influence) play a much more important role in spreading pro-Russian narratives in the EU than the Kremlin itself. Nevertheless, Moscow can be satisfied with this, as its narratives still reach the European audience and have an even larger effect through the former.


Now the people of God were at Rephidim again there was no water. You would have expected they would have by now learned that God would supply their water needs but no they just started to grumble again.
However, on a later occasion also involving rock and water he was disobedient.
17:1 The whole congregation of the Israelis set out from the desert of Sin, traveling from place to place according to the command of the LORD. They camped at Rephidim, but there was no water for the people to drink.
5 Then the LORD told Moses, "Go over in front of the people and take some of the elders of Israel with you. Take in your hand the staff with which you struck the Nile, and go. 6 I'll be standing there in front of you on the rock at Horeb. You are to strike the rock and water will come out of it, so the people can drink." Moses did this in front of the elders of Israel.


text:
Find A Park > Valentino Pier > News > Navigating The NYC Water Trail
Back to News List
The Daily Plant : Wednesday, April 2, 2008
Navigating The NYC Water Trail
Photo by Daniel Avila
Canoe and kayak enthusiasts are rejoicing at the release of a new map and guide of the extensive New York City Water Trail. On March 27, Commissioner Adrian Benepe and Queens Commissioner Dorothy Lewandowski celebrated the official launch of the NYC Water Trail Map & Guide by cutting the ribbon with Going Coastal's Barbara La Rocca, State Parks' NYC Region Director Rachel Gordon, Hudson River Valley Greenway's Mary Mangione, the Metropolitan Waterfront Alliance and members of the canoe and kayak community. The map and guide features 28 kayak and canoe launch sites throughout the City and it was edited by New School Assistant Professor Robert Buchanan. The announcement was held at Valentino Pier in Brooklyn.
"A major initiative of Mayor Bloomberg's PlaNYC is to reconnect the public with the City's waterfront, and today, we have 28 locations for canoers and kayakers to gain access to the water. The NYC Water Trail is the result of a team effort between Queens Borough Commissioner Lewandowski, Going Coastal and the canoe and kayak communities," said Commissioner Benepe. "Parks is creating new parks and sports facilities for a whole new generation of users. We know that more recreational opportunities mean better neighborhoods and healthier New Yorkers."
Last March, Commissioner Lewandowski, a water sports enthusiast and accomplished kayaker, led the effort to develop New York City's water trails.
"The shorelines of New York City offer tremendous paddling opportunities for both the beginner and advanced to explore by canoe and kayak. This printed map and guide and our updated Parks web page provides not only information on locations to paddle, but also provides links to the numerous paddling clubs and organizations, which offer programs and training on safe paddling," said Commissioner Lewandowski. "Just as Greenways continue to make connections between neighborhoods and parklands, this Water Trail will continue to create new opportunities for persons to explore our natural environment."
The Metropolitan Waterfront Alliance (MWA) has played a key role in coordinating water trail user groups.
"The New York City Water Trail is a barrier-breaking advancement for urban parks, opening up thousands of aquatic acres for recreation for New Yorkers throughout the City," said MWA President and CEO Roland Lewis. "The Metropolitan Waterfront Alliance salutes the innovation of the Parks Department, particularly the leadership of Commissioner Benepe and New York's Kayaker #1, Queens Parks Commissioner Lewandowski."
In partnership with Going Coastal, Parks developed a New York City Water Trail Map & Guide, which identifies 28 locations throughout the City where New Yorkers can legally canoe and kayak. The Parks website also includes an interactive map of the citywide water trail system.
The guide was funded by a $5,000 grant from Explore NY, a program that supports the development of promotional programs to generate tourism revenue. The project received in-kind support and technical assistance from Partnerships for Parks, the City's Department of Environmental Preservation and West Marine.
Over the past year, the canoe and kayak communities helped Parks gather information on safe launch and landing areas throughout the City. Volunteers included members from various kayak/canoe clubs and organizations throughout the five boroughs such as the Metropolitan Water Alliance, NYC Downtown Boathouse, Long Island City Community Boathouse, Sebago Canoe Club, the Red Hook Boaters and many more.
QUOTATION FOR THE DAY
"You always get a special kick on opening day, no matter how many you go through. You look forward to it like a birthday party when you're a kid. You think something wonderful is going to happen."
Directions to Valentino Pier
Parks Launches Nyc Water Trail Map And Interactive Guide
Louis Valentino, Jr. Park And Pier
More About Valentino Pier
Council Member: Carlos Menchaca
Property Type: Neighborhood Park


Queensgate Investments has swooped to buy the Holiday Inn London Kensington Forum, the fifth-largest hotel in the capital, for around £400m.
The hotel is the star asset in a £1bn portfolio that Apollo Global Management acquired this summer from LRG Acquisition, a consortium of Canada's Realstar Group, Singaporean sovereign wealth fund GIC and Lehman Brothers Real Estate Partners.
Queensgate, a partnership between Jason Kow and multi-family office LJ Group, has now bought the hotel from Apollo in a back-to-back deal that is one of its biggest to date. The private real estate manager advises and manages about £1.2bn of assets, excluding the new acquisition.
The hotel, which is new Gloucester Road underground station in west London, spans 500,000 sq ft and has 906 rooms.
It is expected to benefit from Capital & Countries' £1.3bn regeneration of Earls Court, which will deliver 7,500 homes, a primary school, a leisure centre, health facilities, community and cultural spaces and 37 acres of green open space.
Earlier this year, Queensgate completed the development of the 18-storey 450-bed O2 Intercontinental hotel and Conference Centre on the Greenwich Peninsula. The conference centre has been touted as the largest in Europe.
Other top assets in Apollo's £1bn hotel portfolio include serveral central London hotels, including Holiday Inn Mayfair and Holiday Inn Regents Park. The portfolio comprises of 22 Holiday Inn and Crowne Plaza hotels, totalling 59,000 rooms, and has an estimated turnover of around £200m.
Apollo bought the portfolio under a franchise agreement after an original management deal with InterContinental Hotels Group expired at the end of 2014. Redefine Hotels were later appointed to manage the assets.
Before that, LRG bought the hotels as part of a 73-asset portfolio from InterContinental Hotels Group in 2005 for £1bn.


text:
package com.microsoft.alm.client.jaxrs;

import java.io.IOException;
import java.lang.reflect.ParameterizedType;
import java.lang.reflect.Type;
import java.util.ArrayList;
import java.util.List;

import javax.ws.rs.WebApplicationException;
import javax.ws.rs.core.MediaType;
import javax.ws.rs.ext.MessageBodyReader;

import junit.framework.TestCase;

import org.junit.Test;

import com.microsoft.alm.client.TestUtil;
import com.microsoft.alm.client.entitytypes.AttributedEntityClass;
import com.microsoft.alm.client.entitytypes.EnumFieldClass;
import com.microsoft.alm.client.entitytypes.EnumerationSample;
import com.microsoft.alm.client.entitytypes.SimpleEntityClass;
import com.microsoft.alm.visualstudio.services.webapi.VssJsonCollectionWrapper;

public class EntityProviderTests extends TestCase {

    @Override
    protected void setUp() throws Exception {
        TestUtil.setUp(getName());
    }

    @Override
    protected void tearDown() throws Exception {
        TestUtil.tearDown(getName());
    }

    @Test
    public void testIsReadable() {
        final MessageBodyReader<Object> bodyProvider = new ApiResourceEntityProvider();

        final String applicationZip = "application/zip"; //$NON-NLS-1$
        final MediaType applicationZipType = new MediaType("application", "zip"); //$NON-NLS-1$ //$NON-NLS-2$

        assertTrue(
            MediaType.APPLICATION_JSON,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_JSON_TYPE));
        assertFalse(applicationZip, bodyProvider.isReadable(null, null, null, applicationZipType));
        assertFalse(
            MediaType.APPLICATION_ATOM_XML,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_ATOM_XML_TYPE));
        assertFalse(
            MediaType.APPLICATION_FORM_URLENCODED,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_FORM_URLENCODED_TYPE));
        assertFalse(
            MediaType.APPLICATION_OCTET_STREAM,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_OCTET_STREAM_TYPE));
        assertFalse(
            MediaType.APPLICATION_SVG_XML,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_SVG_XML_TYPE));
        assertFalse(
            MediaType.APPLICATION_XHTML_XML,
            bodyProvider.isReadable(null, null, null, MediaType.APPLICATION_XHTML_XML_TYPE));
        assertFalse(
            MediaType.MULTIPART_FORM_DATA,
            bodyProvider.isReadable(null, null, null, MediaType.MULTIPART_FORM_DATA_TYPE));
        assertFalse(MediaType.TEXT_HTML, bodyProvider.isReadable(null, null, null, MediaType.TEXT_HTML_TYPE));
        assertFalse(MediaType.TEXT_PLAIN, bodyProvider.isReadable(null, null, null, MediaType.TEXT_PLAIN_TYPE));
        assertFalse(MediaType.TEXT_XML, bodyProvider.isReadable(null, null, null, MediaType.TEXT_XML_TYPE));
        assertFalse(MediaType.WILDCARD, bodyProvider.isReadable(null, null, null, MediaType.WILDCARD_TYPE));
    }

    @Test
    public void testClassEntityReading() throws WebApplicationException, IOException {
        MessageBodyReader<Object> bodyProvider = new ApiResourceEntityProvider();
        final Object v1 = new SimpleEntityClass(1, true, "abc"); //$NON-NLS-1$

        final String s = TestUtil.toJsonString(v1);

        @SuppressWarnings("unchecked")
        final Object v2 = bodyProvider.readFrom(
            (Class<Object>) v1.getClass(),
            (Class<Object>) v1.getClass(),
            null,
            MediaType.APPLICATION_JSON_TYPE,
            null,
            TestUtil.toInputStream(s));

        assertTrue("Returned type is SimpleEntityClass", v2 instanceof SimpleEntityClass); //$NON-NLS-1$
        assertEquals("Submitted and returned values", v1, v2); //$NON-NLS-1$
    }

    @Test
    public void testAttributedClassEntityReading() throws WebApplicationException, IOException {
        MessageBodyReader<Object> bodyProvider = new ApiResourceEntityProvider();
        final Object v1 = new AttributedEntityClass(1, 2);

        final String s = "{\"aField\": 1, \"bField\": 2}"; //$NON-NLS-1$

        @SuppressWarnings("unchecked")
        final Object v2 = bodyProvider.readFrom(
            (Class<Object>) v1.getClass(),
            (Class<Object>) v1.getClass(),
            null,
            MediaType.APPLICATION_JSON_TYPE,
            null,
            TestUtil.toInputStream(s));

        assertTrue("Returned type is AttributedEntityClass", v2 instanceof AttributedEntityClass); //$NON-NLS-1$
        assertEquals("Submitted and returned values", v1, v2); //$NON-NLS-1$
    }

    @Test
    public void testEntityListReading() throws WebApplicationException, IOException {
        MessageBodyReader<Object> bodyProvider = new ApiResourceEntityProvider();

        final List<SimpleEntityClass> l = new ArrayList<SimpleEntityClass>();
        l.add(new SimpleEntityClass(1, true, "abc")); //$NON-NLS-1$
        l.add(new SimpleEntityClass(2, false, "xyz")); //$NON-NLS-1$

        final Object v1 = l;

        final String s = TestUtil.toJsonString(new VssJsonCollectionWrapper<List<SimpleEntityClass>>(l));

        Type genericType = new ParameterizedType() {

            @Override
            public Type getRawType() {
                return List.class;
            }

            @Override
            public Type getOwnerType() {
                return null;
            }

            @Override
            public Type[] getActualTypeArguments() {
                return new Type[] {
                    SimpleEntityClass.class
                };
            }
        };

        @SuppressWarnings("unchecked")
        final Object v2 = bodyProvider.readFrom(
            (Class<Object>) v1.getClass(),
            genericType,
            null,
            MediaType.APPLICATION_JSON_TYPE,
            null,
            TestUtil.toInputStream(s));

        assertTrue("Returned type is List", v2 instanceof List<?>); //$NON-NLS-1$
        assertEquals("Submitted and returned values", v1, v2); //$NON-NLS-1$
    }

    @Test
    public void testEnumEntityReading() throws WebApplicationException, IOException {
        MessageBodyReader<Object> bodyProvider = new ApiResourceEntityProvider();
        final Object v1 = new EnumFieldClass();

        final String s = "{\"fieldA\": \"ofsDelta\", \"fieldB\": \"refDelta\"}"; //$NON-NLS-1$

        @SuppressWarnings("unchecked")
        final Object v2 = bodyProvider.readFrom(
            (Class<Object>) v1.getClass(),
            (Class<Object>) v1.getClass(),
            null,
            MediaType.APPLICATION_JSON_TYPE,
            null,
            TestUtil.toInputStream(s));

        assertTrue("Returned type is AttributedEntityClass", v2 instanceof EnumFieldClass); //$NON-NLS-1$
        assertEquals("Submitted and returned values", EnumerationSample.OFS_DELTA, ((EnumFieldClass) v2).getFieldA()); //$NON-NLS-1$
        assertEquals("Submitted and returned values", EnumerationSample.REF_DELTA, ((EnumFieldClass) v2).getFieldB()); //$NON-NLS-1$
    }
}

redpajama_set_name: RedPajamaGithub


text:
View More Press Releases by MDsave
Vizient Forms Strategic Partnership with MDsave to Power Its National Direct-to-Employer Surgical-Bundle Solution
Issued by MDsave
NASHVILLE, TN — MDsave, the nation's leading online healthcare services platform connecting providers, employers, and patients to transparent, transactable, and quality healthcare, announced today a strategic partnership with Vizient, Inc. MDsave was chosen as the technology platform to power Vizient's High Value Network (HVN), a provider-led surgical care network focused on connecting multi-market, self-insured employers with high-quality health system partners.
"After a thorough 18-month national evaluation process, we are excited to be the chosen technology partner for Vizient to enable health systems participating in its high value network to efficiently and directly contract with employers and health navigators for select surgical bundles," said Paul Ketchel, chief executive officer, MDsave. "We are confident this strategic alliance will increase connectivity between employers and providers within Vizient's HVN."
Vizient's HVN, currently comprised of 14 top-tier health systems, offers bundled pricing to self-insured employers for select surgeries across 17 markets in the U.S. The surgical bundles include spine, joint, bariatric, and cardiovascular procedures and are offered across a combination of inpatient and outpatient delivery sites with at least one site within a two-hour drive for over 40% of the U.S. population.
"We are giving employers a way to contract directly with the best providers in the country in ways that are transparent, predictable and seamless for the patient," said Ben Gazaway, senior director of employer solutions at Vizient. "MDsave's unique bundling and transaction technology is key to this offering."
In addition to technology supporting the HVN, the two organizations have collaborated to offer MDsave's platform to all Vizient members to help them simplify and scale their direct-to-employer and self-pay patient strategies for the communities they serve.
About MDsave
Headquartered in Nashville, TN, MDsave is the nation's leading online medical service marketplace connecting providers, employers, and consumers to affordable, reliable, high-quality healthcare at fair, transparent prices. Through innovative, proprietary technology, MDsave simplifies the healthcare billing process for patients and providers through bundled pricing and upfront payment. MDsave's patented technology also supports employers and payers to deliver more value to employees and policyholders, minimizing out-of-pocket deductible costs.
About Vizient, Inc.
Vizient, Inc., the nation's largest health care performance improvement company, serves more than 60% of the nation's acute care providers, which includes 97% of the nation's academic medical centers, and more than 20% of ambulatory care providers. Vizient provides expertise, analytics and advisory services, as well as a contract portfolio that represents more than $130 billion in annual purchasing volume. Vizient's solutions and services improve the delivery of high-value care by aligning cost, quality and market performance. Headquartered in Irving, Texas, Vizient has offices throughout the United States. Learn more at www.vizientinc.com.


text:
History of the Architect of the Capitol
The Architect of the Capitol has a legacy and ancestry that is rooted in the...
The Liberty Cap in the Art of the U.S. Capitol
The liberty cap was the symbol of freedom and liberty commonly used in the 19th...
This statue of George Clinton was given to the National Statuary Hall Collection by New York in 1873. Clinton was the first governor of the state of New York.
Henry Kirke Brown
Given by New York in 1873
Senate Wing, 2nd Floor
U.S. Capitol
George Clinton was born on July 26, 1739, to an Irish family that had immigrated to Little Britain, a small town near the Hudson River. His father, a member of the New York colonial assembly, was his political inspiration and tutor. At age 18 Clinton enlisted in the British Army to fight in the French and Indian War. Later he studied law, was appointed clerk of the court of common pleas, and served in the State assembly.
Elected to serve in the Continental Congress, Clinton voted for the Declaration of Independence but was called by Washington to serve as brigadier general of militia and had to leave before the signing occurred. In 1777 Clinton became the first governor of New York and served until 1795. He was also known for his hatred of the Tories and was partially able to keep taxes down through seizure and sale of Tory estates. A supporter and friend of George Washington, he supplied food to the troops at Valley Forge. Clinton rode with Washington to the first Inauguration and gave an impressive dinner to celebrate the occasion. However, this friendship did not influence Clinton's politics; he did not support the adoption of the Constitution until the Bill of Rights was added.
He served again as governor of New York from 1801 to 1804 and as vice president under Thomas Jefferson and James Madison. Clinton died in Washington on April 20, 1812, and was buried there; in 1908 he was reinterred at Kingston, New York.
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When did the Congress first meet in the Capitol Building?
November 17, 1800. More »