What Does Car Hauler Insurance Cover?
With more than 250 million cars and trucks on the road at every given time, there are going to be plenty of vehicles that also service those vehicles. If you're in the auto body or towing industry, you're going to be familiar with hauling cars or else you're going to need to get to know about it fast. If you don't have car hauler insurance yet, you should consider getting some ASAP.
In order to determine whether or not you need car hauler insurance and what it covers, ask yourself these 5 questions.
1. Are You The Type of Business That Needs It?
The most common types of businesses that need car hauler insurance are those that own specialized vehicles to move other cars. If you have commercial vehicles that have that design in mind and you frequently transport smaller vehicles with it, that could be you.
If you're a car manufacturer, you definitely need this type of insurance. If you're shipping vehicles from factories to dealerships, you'll inevitably need a way to move multiple vehicles without putting mileage on them.
Towing companies often use this insurance as well. If you have a towing company that has flatbed trailers to move cars that can't be towed, then you need hauler insurance.
For an auto repair shop, this is a commonly held type of insurance. If you end up picking up and delivering vehicles, you'll need a way to insure yourself.
2. Is It Really Necessary?
Requirements for every type of insurance is in the hands of the state. There are a number of concerns you'll have to take into consideration when deciding on whether you need insurance.
First, you need to assess whether or not you have the money to cover a major loss. If your car hauler gets into an accident on the highway, you could quickly do over a million dollars worth of damage to your own hauler, not to mention others. If you don't have this money lying around, you should consider hauler insurance.
Secondly, if you want your business to perform well, it might be a necessity. Your potential clients might find it a major turn off if you don't have adequate proof of insurance.
If you get a contract with a big agency or a government institution, you might not have a choice. You won't be allowed to do business or even be on the road with your vehicles without it. You need coverage if you want to assure other people that you know what you're doing.
3. Which Coverage To Get?
Car hauling insurance is much more than insurance for the car hauler itself. When you get this kind of coverage, you're protecting your vehicle, the driver that is using the vehicle, and even your entire business. There could be massive losses to your business if your hauler hits something or gets hit by something.
Your hauler will be driving along the same roads as every other vehicle and will need to be insured like anyone else. Since you're likely performing commercial work for profit, you'll need special coverage.
Consider something that at least includes the typical comprehensive, collision, liability, and coverage for medical payments that you'd get as a personal driver. You can also get insurance that covers what happens in your garage and while you're in operation. If there's any kind of vandalism, theft, or severe weather, you want to be protected.
You should also have something to cover cargo. If you've just done a bunch of work on a vehicle or are transporting brand new vehicles, you don't want to experience a huge loss in profit. It's hard to bounce back from a loss that could come after damage to your cargo.
If you tow vehicles as well, there's a special kind of coverage called "on hook" coverage. Your hauler should have this whether or not you intend to be hooking any cars.
There are a variety of factors that contribute to how much your insurance could cost. It's expensive to insure your car hauler because of the number of vehicles that you could be transporting at any given time.
The weight, the distance you need to travel, and the cost of the cars themselves could have you paying over $1,000 a month.
The size, weight, and capacity of your car hauler will be a factor in determining your insurance rate. The kind of business that you run will also come into play because that could determine how many vehicles you're hauling at any given point.
It's also important to know what kinds of vehicles you'll be hauling. Prices could vary greatly depending on whether you're moving new or used vehicles. If the vehicles you're moving are already considered to be damaged, the cost of insurance could drop immensely.
If you're hauling things locally, you'll have a much cheaper rate than a company hauling across state lines. Where you're located and the number of car haulers you're insurance could also move the decimal point greatly.
Talking to a local independent agent can help you to figure out what you need. Finding an insurance agent who specifically knows auto hauling insurance is the key. Check out this link to find out more about auto hauler insurance.
If you're going to be taking loads of cars and trucks up and down the highways and byways, you can't expect every ride to go smoothly. With car hauler insurance, you can rest assured that you're going to be protected regardless of what happens.
The one person who can help you find the perfect package for your company is an experienced insurance agent. Check out our guide to ensure you find an agent you can trust.


text:
Jeremiah Dameron
Jeremiah Dameron endorsed 2020-03-30 10:35:21 -0500
TEP Census Pledge - #YouStillCount
We've all seen the articles that say that the LGBTQ community doesn't count in the 2020 Census. Questions more directly related to our community were left out of the final version. But it's still important to participate because it affects the federal funds that come back to Tennessee and it shapes the way our federal, state, and local districts are drawn for accurate representation. You still count!
So we are asking LGBTQ people and allies in Tennessee to take the pledge. Please, add your name if you have already participated in the Census or if you plan to. If you haven't done so, you can fill it out online at this link.
I pledge that I have either participated in the 2020 Census or that I plan to participate and I urge all my friends and neighbors to do so.
Jeremiah Dameron donated 2020-02-27 10:09:48 -0600
Jeremiah Dameron signed up on Join our action alert email list 2020-01-05 18:05:25 -0600
Jeremiah Dameron signed Censure Commissioner Hurst, make Sevier County policies inclusive 2019-10-28 14:43:23 -0500
Censure Commissioner Hurst, make Sevier County policies inclusive
The racist and homophobic comments of Sevier County Commissioner Warren Hurst have shocked people across the country. Please, add your name to protest his divisive words and call for policy change in Sevier County, Tennessee. We will deliver your signatures to the Sevier County Government in November at the next county commission meeting.
To the Honorable Larry Waters, Mayor of Sevier County, and to the honorable members of the Sevier County Commission:
Calls have gone out across the country for Commissioner Warren Hurst to resign over his racist and homophobic comments. While that decision is in his hands, we call on you to censure him by resolution of the Sevier County Commission and to update the employment non-discrimination policy of Sevier County Government to protect county employees from discrimination based on sexual orientation, gender identity, and gender expression. We urge you to make this policy change by executive order immediately, to be followed by a confirming ordinance or resolution of the County Commission.
Jeremiah Dameron signed Urge Gov. Haslam to protect LGBTQ state government employees 2018-12-26 21:24:25 -0600
Urge Gov. Haslam to protect LGBTQ state government employees
Outgoing Ohio Governor John Kasich recently signed an executive order barring discrimination against state government employees on the basis of gender identity. Discrimination based on sexual orientation was already banned.
Outgoing Tennessee Governor Bill Haslam could do the same for our state government employees. Sign the petition and urge him to protect LGBTQ state government employees by executive order. If we get 1000+ signatures, we will deliver them to the Governor's office.
We urge you to sign an executive order protecting Tennessee state government employees from job discrimination based on sexual orientation and gender identity, the same protections that Ohio state government employees enjoy thanks to the recent executive order signed by outgoing Ohio Governor John Kasich.
Employees of our public colleges and universities already enjoy these projections as do the public employees in Metro Nashville, Knoxville, Chattanooga, Memphis, and Knox County. Everyone deserves the opportunity to work without the fear of discrimination.
Jeremiah Dameron signed Urge Senators Alexander and Corker to speak up for LGBTQ people when the next Supreme Court justice is appointed 2018-06-30 09:35:07 -0500
Urge Senators Alexander and Corker to speak up for LGBTQ people when the next Supreme Court justice is appointed
Supreme Court Justice Anthony Kennedy is retiring so the President will name a successor who must be confirmed by the U.S. Senate. Sign to urge Senator Alexander and Senator Corker to speak up for the LGBTQ community during the confirmation process. TEP will deliver a hard copy of the signatures to their offices.
Senator Alexander and Senator Corker:
When the President announces his choice to replace Supreme Court Justice Anthony Kennedy, we urge you to speak up for the rights of LGBTQ people. It is vitally important that members of the Supreme Court support the principle of "equal protection" and that Justice Kennedy's successor uphold the existing rights of LGBTQ people and oppose discrimination against LGBTQ people. We respectfully ask you to raise these concerns publicly and not to vote for any nominee who supports discrimination.
Monthly Support of Tennessee Equality Project. Make sure you want to donate MONTHLY before proceeding with this link.
As a monthly supporter of Tennessee Equality Project, your contribution funds the advancement of policies through direct and grass roots lobbying which protect the rights of LGBT people and their families here at home in Tennessee. Contributions to TEP (a 501(c)(4) organization) are not tax deductible.
If you prefer to make a ONE-TIME donation to Tennessee Equality Project, click here.
Thank you Chris and the entire TEP team.
I Pledge to Work for Equality and Justice after the Marches
Sign your name and let us know your email address to pledge your ongoing commitment to the work for full equality in Tennessee after the marches and celebrations are over. That will allow us to stay in touch with you about key training events around the state.
I pledge to work for equality and justice for LGBTQ people in Tennessee after the marches and rallies. I will keep their spirit with me and find ways to resist discrimination and build power for the equality movement. Please, contact me on June 26 for a special announcement about opening a new front in the fight for good public policy for LGBTQ people in Tennessee.
I want to join my efforts with equality advocates statewide to resist the Legislature's attacks.
Jeremiah Dameron commented on YOUR Districts 2017-05-11 09:18:30 -0500
Rep. Bill Beck and Sen. Thelma Harper
YOUR Districts
Tell us your state senate and state house districts. Note: We are NOT asking for your U.S. Senate and U.S. House districts (the elected officials who meeting in Washington, D.C. ). We are asking about your elected officials you meet in Nashville--your state senator and your state representative. You can find them at this link by entering your street address.
So tell us your state senator and your state representative as well as your email address. Thank you!
Jeremiah Dameron signed Governor Haslam, Veto SB1085/HB1111 2017-04-27 22:12:13 -0500
Governor Haslam, Veto SB1085/HB1111
Add your name and urge Governor Haslam to veto SB1085/HB1111, the Sneaky LGBT Erasure Bill. After you sign the petition, share it with your friends. We will deliver a hard copy of the signatures to the Governor's Office. Your voice can help determine whether he uses the VETO pen or the BECOMES LAW pen!
We ask you to veto SB1085/HB1111. This bill, as the Attorney General has noted, is broadly written. Its vagueness could result in conflicts with existing laws about judicial interpretation. These conflicts are likely to cause discrimination against LGBTQ people, particularly with respect to marriage, adoption, and legal documents. This bill risks subjecting Tennessee to the same scrutiny that North Carolina has received. We cannot afford hundreds of millions of dollars in economic boycotts and sanctions. Please, veto this bill so we can avoid judicial chaos and costly discrimination. Thank you for considering our views.
Jeremiah Dameron signed LGBTQ open letter to our fellow Tennesseans 2017-01-05 21:55:35 -0600
LGBTQ open letter to our fellow Tennesseans
An open letter from Tennessee's LGBTQ community to our fellow Tennesseans
As members of the LGBTQ community, we write to our fellow Tennesseans a month after the election and a month before the upcoming state legislative session.
In recent weeks members of our community have experienced grave assaults on our safety and dignity. A gay, gender nonconforming man was murdered. A transgender woman's car was burned. The signs and doors of a church that affirms our community have been vandalized. A gay couple received a package with a knife sticking out and a message attached urging them to leave the state.
These attacks upon individuals and institutions have put our lives and safety at even greater risk than usual. They contravene the welcoming traditions of hospitality for which Tennessee is known.
The time we have entered is critical. Many are calling for healing in the wake of a divisive election. Healing is difficult while fresh wounds are being inflicted such as discriminatory state legislation.
So we are speaking out for our safety, dignity, and equal rights under the law.
Our struggle is not against your values, unless you value discrimination. LGBTQ Tennesseans are your neighbors, your family members, your health care providers, firefighters, grocery clerks, teachers, elected officials, and we fill many other roles vital to the life of small towns and large cities. Many of us grew up and continue to be active in the same faith communities as you.
In the long story of our community's struggles, we have relied on our own strength to sustain us. We have also experienced the joy of working with countless allies. Now is a time for allies to speak out with us and we invite people of good will throughout the state to build a stronger, inclusive, welcoming Tennessee to meet our state's common challenges together.
If you share these values and priorities, we invite you to add your name to this letter.
Donate on behalf of Jeremiah Dameron:

redpajama_set_name: RedPajamaCommonCrawl


Andrew DeBenedictis, graduate student. Andrew is working on shape-order minimization problems, with a particular focus on liquid crystals in flexible geometries.
Zhaoyu Xie, graduate student. Zhaoyu is looking at the interaction of curvature and packing to understand arrested coalescence in Pickering emulsions.
Mat Giso, graduate student. Mat is studying the packing of particles with weak confinement, such as marbles in a curved bowl.
Harper Hopkins, undergraduate Cottrell summer scholar. Harper is trying to understand the evolution and dynamics of social networks.
Sydney Holway, undergraduate summer scholar. Sydney is building an experimental and theoretical model for clogging, a process where particulate media foul a channel under flow.
Chris Burke, graduate student (2011-2016). Chris's thesis "Order and Jamming on Curved Surfaces" explored the relative influence of geometry, topology and dynamics in arrested relaxation of emulsion droplets.
Badel Mbanga, postdoctoral scholar (2012-2014). Badel played a key role in getting the Soft Matter Theory group started, and worked on several projects, including packing spheres on curved surfaces, coalescing liquid crystal droplets and modeling liquid crystal elastomers.
Andrew Mascioli (2015-2017) wrote a senior thesis on the packings of bidispersed droplets on spheres. He discovered a beautiful connection between crystalline packings formed by equal-sized particles and the highly disordered packings formed by particles of very different sizes. This work resulted in a publication available on ArXiv.
Ian Hunter (2015-2016) wrote a senior thesis on modeling the shape of soft solids under mechanical deformation. He also performed foundational work on active matter on deformable surfaces.
Avram Ellner (2016) worked on understanding how surface topography can control neuronal growth in collaboration with Cristian Staii's group at Tufts.
Chase Crumbaugh (2015-2016) worked on using the computer's Graphical Processing Unit (GPU) to accelerate the performance of shape minimization problems.
Kate Voorhes (2012-2014) worked with Badel Mbanga on simulating defect textures on relaxing nematic shells, which was published in Physical Review E.
Beau Coker (2011-2013) completed his undergraduate Senior thesis on "Do Physical Analogues of Stock Market Crashes make sense?", using some of the statistical mechanics ideas that underpin soft matter physics to better understand stock market crashes. His thesis was awarded highest honors and Beau graduates summer 2013.
Dan Fortunato (2012-2013) worked on a project using ideas from graph theory and big data to look at how researchers at Tufts are collaborating by finding papers with common authorship from the PubMed database.
Sawyer Bernath (2011-2012) graduated from Tufts Physics in Summer 2012, having worked on a collaborative project between the Soft Matter Theory group and Cristian Staii's biophysics group in developing a model for neuronal growth. Sawyer presented this work as a poster at the APS March meeting 2012.


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Home | Our Cause | Staff Bios | ALEX VIGIL
Alex Vigil
Alex Vigil brings over a decade of marketing expertise to his role as the Director of Marketing and Digital Programs. Alex oversees a team of marketing and nutrition specialists who work on content marketing initiatives to help promote the organization's free, science-based nutrition resources and encourage influencers to teach nutrition to empower healthier communities in California and beyond.
Prior to joining the organization, Alex worked at the U.S. Department of Agriculture's Foreign Agricultural Service at the U.S. Embassy in Hanoi, Vietnam, and then transitioned his skills to international tourism marketing at Visit California. There, he managed international marketing efforts for the United States and 13 key global markets, developing in-market trade and consumer initiatives to promote California as a premier travel destination.
Alex's agricultural roots run deep and strong. Between growing up on a cattle ranch in Shasta County and years spent at his great uncle's dairy in Ripon, California, Alex is familiar with how farms and ranches work and the important role agriculture plays in nourishing people. After the birth of his daughter in 2018, he left tourism to join Dairy Council of California as a way to reconnect to his agricultural heritage and educate and empower future generations with the knowledge and tools to eat healthfully. Alex believes that nutrition education is part of the solution to build stronger communities. He is proud to help promote nutrition resources that teach children and their families why food choices matter and how to eat healthfully, laying the foundation for healthy eating patterns and lifelong health.
Alex earned a B.S. in agricultural economics from the University of Idaho.
I feel passionate about our cause, which is also the dairy community's contribution to community health. Through their generosity, we can empower influencers to make impactful improvements by teaching children and families how and why to eat healthfully.


This week's Saturday Night Live cold open had two major cameos, with Ben Stiller playing President Trump's personal lawyer Michael Cohen and Robert De Niro playing Special Counsel Robert Mueller.
Donald Trump had a wild week, beginning with the raid of the offices and residences of his longtime lawyer Michael Cohen, which the president called "a war on our country".
Stiller, as Cohen, tried desperately to wiggle his way out of a lie detector test, fearing he would inadvertently reveal that his boss knew about the hush money.
"Michael Cohen, attorney at law - and sometimes not at law", he introduced himself.
Cohen is slated to appear in federal court Monday.
The April 14 edition of "Saturday Night Live" kicked off with a cold open that once again took aim [VIDEO] at the Donald Trump administration.
"It was supposed to be a surprise for Stormy, like a gift", said Cohen, obviously rattled by the inquiry.
"So you've threatened people", Mueller asked. "I have an entire hard drive that's just labeled 'yikes!'"
"If you're innocent, you have nothing to worry about", De Niro's Mueller says as he straps Stiller's Cohen to a lie detector.
"It's a disgrace! This whole raid was a violation of attorney-criminal privilege", Cohen says.
Mueller served Cohen a slice of the harsh reality waiting for him and the rest of Trump's supporters. "You broke the law, and now we're going to catch all of you little Fockers, you got that?"
France is already involved in the USA -led coalition created in 2014 to fight the Islamic State group in Syria and Iraq. The vote was 12 in favor, with Bolivia joining Russian Federation in voting "no" and China abstaining.
Facebook could use that to detect surfaces like walls and tables to wrap the drawing onto them". A new feature should be ready in a few weeks.


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\section{Introduction}\label{sec:Introduction}
CELSIUS at the The Svedberg Laboratory, Uppsala, Sweden and COSY at
the Research Center (FZ) J\"{u}lich, Germany have a lot of features in
common. Both have a cyclotron as injector, are synchrotrons with
beam cooling and operate as storage rings. On the other hand there
are differences. CELSIUS is slow ramping, has no external beams and
its circumference is much smaller than that of COSY, leaving only
space for two experiments. COSY is a rapid cycling machine with
presently four internal experiments installed and three external
target stations. Extraction of the beams is performed by stochastic
methods. The following text is organized into two parts. First we
will discuss some selected experimental results at both
accelerators. Then we will discuss in the second part the WASA
detector, which previously (summer 2005) operated at CELSIUS and is
presently disassembled and has been shipped to J\"{u}lich. It is
foreseen that the physics programme WASA at COSY will start in fall
2006.

\section{Selected Results}\label{sec:Selected-Results}
\subsection{OZI Rule Violation}\label{sub:OZI-Rule-Violation}
The Okubo-Zweig-Izuka (OZI) rule \cite{Okubo77} can be summarized in
simple terms that processes with continuing quark lines are favored
over those with discontinued quark lines. The $\omega$ is almost a
pure $u\bar u+d\bar d$ state while the $\phi$ is almost a pure
$s\bar s$ state. So production of the latter meson in a $pp$
reaction should be almost impossible. But quark mixing in these two
mesons makes the production of the $\phi$ possible. From the vector
mixing angle one gets $\sigma(pp\to pp\phi) / \sigma(pp\to pp\omega)
=\tan \alpha_v=0.004$. In $p\bar p$ annihilation the OZI rule was
found to be violated. More recently, DISTO measured the cross
sections for both reactions at the same beam momentum and found the
cross section ratio to strongly violate the OZI rule. However,
different phase space for both reactions introduce a deviation of
the cross section ratio from the OZU-rule. COSY TOF measured
$\sigma(pp\to pp\omega)$ cross sections and ANKE $\sigma(pp\to
pp\phi)$ cross sections. These data together with the DISTO data and
earlier SPES3 data for $\sigma(pp\to pp\omega)$ close to threshold
allows the estimation of the dependencies of the cross sections as
function of the excess energy $\epsilon$ which allows a comparison
that is equivalent to the same phase space.
\begin{figure}
\begin{center}
\includegraphics[width=6 cm]{pp_OZI.eps}
\caption{The ratio of the two OZI rule related reactions as function
of the excess energy.} \label{fig:OZI}
\end{center}
\end{figure}
The data on $\phi$ production follow $s$-wave behavior while angular
distributions of $\omega$-production require several partial waves
to be fitted. We have therefore fitted a power law to the total
cross sections. The OZI-ratio is shown in Fig. \ref{fig:OZI}
together with the expectation value from the OZI-rule. The data show
a distinct deviation from it which is increasing with increasing
excess energy. There are several possible explanations why the
OZI-rule fails. One of them is the $s\bar s$ content in the proton.

\subsection{Associated Strangeness
Production}\label{sub:Associa-Strange-Production} Another topic
associated with $s\bar s$ production is its production in
\begin{equation}\label{equ:Lambda}
pp\to p\Lambda K^+
\end{equation}
and
\begin{equation}\label{equ:Sigma}
pp\to p\Sigma^0 K^+.
\end{equation}
\begin{figure}
\begin{center}
\includegraphics[width=8 cm]{sigma2lambda_Cosy11.eps}
\caption{The ratio of associated strangeness production as function
of the excess energy.} \label{fig:associated}
\end{center}
\end{figure}
These two reactions were measured by TOF at higher energies and by
COSY11 close to threshold. The ratio of both reactions is shown in
Fig. \ref{fig:associated}. It reaches a value 25--30 close to
threshold and decreases then to 8 at 60 MeV. This unexpected
behavior is studied within several models, including pion and kaon
exchange added coherently with destructive interference
\cite{Gasparian00} or incoherently~\cite{Sibirtsev99}, the
excitation of nucleon resonances~\cite{Shyam01,Shyam04} (labelled
effective Lagrangian), resonances with heavy meson exchange
($\pi,\rho,\eta$) \cite{Sibirtsev00} and heavy meson exchange
($\rho$, $\omega$ and $K^*$)~\cite{Shyam01,Shyam04}. The
corresponding curves are also shown in the figure. All models show a
decrease of the ratio with increasing excitation energy but none of
them accounts for all data except the one from Ref. \cite{Shyam04},
in which the sign of the poorly known coupling constant
$g_{pN(1650)}$ has been adjusted. It should be noted that $pY$-\emph{fsi}~~
with $Y$ the hyperon is essential in reproducing the measurements.

This \emph{fsi}~ can be directly studied. HIRES at the Big Karl
spectrometer measures the excitation function at zero degree for
both reactions \ref{equ:Lambda} and \ref{equ:Sigma}. In TOF the
complete Dalitz plot is filled. A \emph{fsi}~ can be seen as enhancement
forming a line with constant mass of the $p\Lambda$ system. $N^*$
excitation is seen on the other hand as an enhancement as a line
with constant mass of the $K\Lambda$ system. An enhancement with
constant mass of the $pK^0$ system was interpreted by the TOF
collaboration as strange pentaquark $\Theta^+$ \cite{Abdel_Bary04}.
The group has in the meantime repeated the experiment in a longer
beam time and with an improved efficiency of their detector.
\subsection{A precision measurement of the $\eta$
mass}\label{sub:precisi-measure-eta-mass} Compared to other light
mesons, the mass of the $\eta$ is surprisingly poorly known. Though
the Particle Data Group (PDG) quotes a value of $m_{\eta}=547.75\pm
0.12~\textrm{MeV/c}^2$ in their 2004 review~\cite{PDG04}, this error
hides differences of up to 0.7~MeV/c$^2$ between the results of some
of the modern counter experiments quoted. The PDG average is in fact
dominated by the result of the CERN NA48 experiment,
$m_{\eta}=547.843\pm0.051~\textrm{MeV/c}^2$, which is based upon the
study of the kinematics of the six photons from the $3\pi^0$ decay
of 110~GeV $\eta$-mesons~\cite{Lai02}. In the other experiments
employing electronic detectors, which typically suggest a mass
$\approx 0.5~\textrm{MeV/c}^2$ lighter, the $\eta$ was produced much
closer to threshold and its mass primarily determined through a
missing-mass technique where, unlike the NA48 experiment, precise
knowledge of the beam momentum plays an essential part. GEM
performed a high precision determination of the $\eta$ meson mass.
The idea of the experiment is as follows. Three reactions were
measured at the same time at a beam momentum, where products of all
three reactions are detected simultaneously in the acceptance of the
Big Karl spectrometer. The reactions are
\begin{eqnarray}
p+d\to {^3H}+\pi^+ \label{eqn:t_pi} \\
p+d\to \pi^++{^3H} \label{eqn:pi_t} \\
p+d\to {^3He}+\eta \label{eqn:he_eta}.
\end{eqnarray}
The experiment simultaneously detected forward emitted pions and
backward emitted tritons in the c.m. system together with backward
emitted ${^3He}$ ions (doubly charged) as at a proton beam momentum
around 1640 MeV/c. Details of the experiment are found in Ref.
\cite{Abdel-Bary05}. The final result of this measurement is
\begin{equation}
m_{\eta}=547.311\pm 0.028\ \textrm{(stat.)} \pm 0.032\
\textrm{(syst.)\ MeV/c}^2\,.
\end{equation}

\begin{figure}
\begin{center}
\includegraphics[width=8cm]{gem3.eps}
\caption{The results of the $\eta$-mass measurements, in order of
publication date, taken from the Rutherford Laboratory
(RL)~\cite{Duane74}, SATURNE~\cite{Plouin92}, MAMI~\cite{Krusche95},
NA48~\cite{Lai02}, and GEM~\cite{Abdel-Bary05}. When two error bars
are shown, the smaller is statistical and the larger total.}
\label{eta_year}
\end{center}
\end{figure}

Our value of the mass of the $\eta$ meson is compared in
Fig.~\ref{eta_year} with the results of all other measurements
reported in the current PDG compilation~\cite{PDG04}. Though
significantly smaller than that reported in the NA48
experiment~\cite{Lai02}, it is in excellent agreement with the other
results.

\subsection{$\eta$ and $\eta '$ production in proton-proton
collisions}\label{sub:pp-production}

A comparison of neutral pseudoscalar meson production in $pp$
collisions should shed light on the reaction mechanism and the
interactions among the reaction partners. The $\eta$ and $\eta '$
mesons are the isospin zero partners of the $\pi^0$ which has
isospin one. The latter has a very weak interaction with nucleons
with respect to the nucleon-nucleon interaction. Furthermore, the
influence of an intermediate nucleon resonance, the $\Delta(1332)$,
was found only in the $Pp$ partial wave \cite{Betigeri02}.  In
contrast to this case, the $\eta$-nucleon and even more the
$\eta$-nucleus interaction is not that small.  The $N^*(1535)$ has a
strong coupling to the $\eta$-nucleon channel. On the other hand no
resonance is known to couple to the $\eta '$-nucleon channel. The
meson-nucleon interaction in all three cases can only be studied in
\emph{fsi}~ because of the short lifetime of the mesons.
\begin{figure}
\begin{center}
\includegraphics[width=6 cm]{pp2pp_eta.eps}
\caption{Excitation functions of the total cross sections for $pp\to
\eta pp$ (circles) and $pp\to \eta 'pp$ reactions (squares). The
different curves are discussed in the text.} \label{fig:pp2eta}
\end{center}
\end{figure}
In Fig. \ref{fig:pp2eta} the total cross section for the reactions
as a function of the center-of-mass excess energy Q are shown. The
sources of data are given in Ref. \cite{Moskal04}. The dashed lines
indicate a phase-space integral normalized arbitrarily. The solid
lines show the phase-space distribution including the $^1S_0$
proton-proton strong and Coulomb interactions. In the case of the
$pp\to pp \eta$ reaction, the solid line was fitted to the data in
the excess energy range between 15 and 40 MeV. Additional inclusion
of the proton- $\eta$ \emph{fsi}~ is indicated by the dotted line. The
scattering length  and the effective range parameter have been
arbitrarily chosen. The dash-dotted line represents the energy
dependence taking into account the contribution from the $^3P_0\to
^1S_0s$, $^1S_0\to ^3P_0s$, and $^1D_2\to ^3P_2s$ transitions
\cite{Nakayama03}. Preliminary results for the $^3P_0\to ^1S_0s$
transition with the full treatment of the three-body effects are
shown as a dashed-double-dotted line \cite{Fixxx}. The absolute
scale of dashed-double-dotted line was fitted with an arbitrary
strength in order to demonstrate the energy dependence. While the
$\eta '$ production is nicely reproduced by phase space plus
$pp$-\emph{fsi}~ this is not the case for $\eta$ production. Most
importantly the Dalitz plot can not be explained by $p\eta$- and
$pp$-\emph{fsi}~. The necessity for a rigorous three body calculation was
found \cite{Moskal04}.

\subsection{Proton-neutron final state
interaction}\label{sub:Proton--final-state-interaction} There has
been an extensive search for spin-singlet contribution in $pn$-\emph{fsi}~.
Favorite reactions were $dp\to p \{pn\}$ and $dp\to \pi^+ \{pn\}$.
In both cases the pole (i. e. the deuteron) can also be measured.
There is a theorem due to F\"{a}ldt and Wilkin which connects the pole
to the continuum \cite{Faeldt97a}. Thus the absolute height of the
spin-triplet contribution in the continuum is given. The residual
cross section is usually attributed to the spin-singlet fraction,
however, the resolution and background conditions of most
experiments were not sufficient to unambiguously extract the
spin-singlet contribution. The characteristic feature of this
contribution is a very narrow peak due to an unbound pole at 60 keV,
which under these unfavorable conditions could not be seen directly.
Therefore, at COSY and CELSIUS the $\pi^+$ and proton were detected
in coincidence~\cite{Betsch99, Abaev01}. While identifying the
continuum channel well one loses the relative normalization with the
$\pi^+d$ final state. Therefore, one had to rely on Monte Carlo
simulations \cite{Betsch99}.

At GEM they measured the pions from $pp$ interactions with extremely
high resolution due to a 2 mm thin liquid hydrogen target and a
stochastically extracted beam which was electron cooled at injection
energy \cite{Abdel-Bary05a}. A missing mass resolution of
$\sigma=97$ keV was achieved for the deuteron. In addition an almost
halo-free beam resulted in a very small background. The F\"{a}ldt and
Wilkin \emph{fsi}~ -theorem yielded only 50$\%$ of the yield in the $pn$
continuum.
\begin{figure}\centering
\includegraphics[width=7 cm]{singlet.eps}
\caption{Comparison of the measured $pn$ excitation energy spectrum
on a linear scale with the prediction the singlet cross section
folded with the present resolution. The error bars contain a tiny
contribution from the uncertainty in the acceptance correction.}
\label{fig:singlet}
\end{figure}
In Fig. \ref{fig:singlet}, a fit of the spin-singlet \emph{fsi}~ to the
data is shown. Obviously, that calculated cross section can not
account for the data. The reason for the discrepancy is not clear at
the moment. One explanation is that this is due to $D$-state effects
in the $pn$ system \cite{Abdel-Bary05a}. Another possibility might
be a failure of the F\"{a}ldt and Wilkin theorem which is exact only at
the pole position.

\section{Physics with WASA at COSY}\label{sec:WASA-COSY}
\subsection{Pseudoscalar meson
mixing}\label{sub:Pseudos-meson-mixing} The $QCD$ Hamiltonian can be
split into to parts
\begin{equation}
H_{QCD}  = H_0  + H_m
\end{equation}
with $H_0$ the Hamiltonian for massless quarks. In flavor SU(3) the
term containing the mass is given as
\begin{equation}
H_m  = \int {dx^3 \left( {m_u u\bar u + m_d d\bar d + m_s s\bar s}
\right)}.
\end{equation}
The latter term breaks chiral symmetry. The neutral pseudoscalar
mesons $\tilde{m}$ in ideal mixing are connected to the physical
mesons $m$ via
\begin{equation}
\left( {\begin{array}{*{20}c}
   {\tilde \pi }  \\
   {\tilde \eta }  \\
   {\tilde \eta '}  \\

 \end{array} } \right) = \left( {\begin{array}{*{20}c}
   {\frac{1}
{{\sqrt 2 }}\left( {u\bar u - d\bar d} \right)}  \\
   {\frac{1}
{{\sqrt 6 }}\left( {u\bar u + d\bar d - 2s\bar s} \right)}  \\
   {\frac{1}
{{\sqrt 3 }}\left( {u\bar u + d\bar d + s\bar s} \right)}  \\

 \end{array} } \right)\,\,\, = A\,\,\,\,\left( {\begin{array}{*{20}c}
   \pi   \\
   \eta   \\
   {\eta '}  \\

 \end{array} } \right).
\end{equation}
The matrix $A$ consists mainly of the $\pi^0-\eta$ mixing angle and
the $\eta -\eta '$ mixing angle. The former is given by
\begin{equation}
\sin \theta _{\pi \eta }    \equiv \frac{{\sqrt 3 }} {4}\frac{{m_d -
m_u }} {{m_s  - \hat m}}
\end{equation}
with $\hat m = (m_d  + m_u )/2$. A measurement of the $\pi^0-\eta$
mixing angle would therefore provide information about the up quark
and down quark mass difference.

A first attempt to measure this mixing angle was put forward by
Magiera and Machner \cite{Magiera00}. They proposed to measure the
ratio of backward emitted pions from the two reactions $pd\to
{^3He}\pi^0$ and $pd\to {^3H}\pi^+$ in the vicinity the $\eta$
threshold (below and above) in the reaction $pd\to {^3He}\eta$. They
argued that in the case of $\pi^0$ production this channel could be
enhanced below threshold due to $\pi^0-\eta$ mixing. Indeed an
effect was found in an experiment leading to
$\theta_{\pi\eta}=0.006\pm 0.005$ \cite{Abdel-Bary03}. However, Baru
et al. \cite{Baru03} claimed that a possible effect is not solely
due to the mixing but also $\eta -{^3He}$ should contribute. The
problem might be solved more cleanly by not measuring meson
production but studying meson decay instead. This can and will be be
done with the WASA detector at COSY.

\subsection{The WASA detector}\label{sub:WASA-detector}
The WASA detector operated until summer of this year at the CELSIUS
facility. It is presently dissembled and has been shipped to J\"{u}lich
where it will be installed at COSY in late fall and spring of next
year. Fig. \ref{fig:WASA} shows a cross section through WASA.
\begin{figure}\centering
\includegraphics[width=12 cm]{WASA.eps}
\caption{Cross section to the WASA detector. The different
components are discussed in the text.}\label{fig:WASA}
\end{figure}
WASA consists of a forward part (right) for measurements of charged
target-recoil particles and scattered projectiles and a central part
(left) designed for measurements of the meson decay products. The
forward part consists of eleven planes of plastic scintillators and
of proportional counter drift tubes. The central part consists of an
electromagnetic calorimeter of CsI(Na) crystals surrounding a
superconductive solenoid. Inside of the solenoid a cylindrical
chamber of drift tubes and a barrel of plastic scintillators are
placed. The arrows indicate a typical reaction $pp\to pp\eta '$ with
a subsequent decay of the $\eta '$ into an $\eta$ and two charged
pions. Finally, the $\eta$ decays into two $\gamma$'s.The two
protons will be measured in the forward detector, the charged pions
in the volume of the magnetic field and the $\gamma$'s in the CsI
crystals.
\subsection{$\eta$ and $\eta '$
decays}\label{sub:eta_eta-decays} One possibility of studying the
meson mixing angles are the decays of $\eta$ and $\eta '$ mesons. We
will first concentrate on the isospin forbidden decays of the $\eta
'$ into three pions. Instead of measuring the decays alone it was
proposed by Gross, Treiman and Wilczek \cite{Gross79} to measure the
ratios of the forbidden decays to the allowed decays into $\eta$ and
two pions:
\begin{equation}
\begin{gathered}
R_{ch}  = \frac{{\Gamma \left( {\eta ' \to \pi ^0 \pi ^ +  \pi ^ -
} \right)}}
{{\Gamma \left( {\eta ' \to \eta \pi ^ +  \pi ^ -  } \right)}} = PS_{ch} \sin ^2 \theta _{\pi \eta }  \hfill \\
R_{neut}  = \frac{{\Gamma \left( {\eta ' \to \pi ^0 \pi ^0 \pi ^0 }
\right)}}
{{\Gamma \left( {\eta ' \to \eta \pi ^0 \pi ^0 } \right)}} = PS_{neut} \sin ^2 \theta _{\pi \eta }.  \hfill \\
\end{gathered}
\end{equation}
$PS$ denotes the ratio of the three body phase. From the branchings
given by the PDG \cite{PDG04} one estimates for the charged pions
$R_{ch}<0.11$ while Gross et al. give an estimate of $1.49\times
10^{-3}$. The upper limit means that no events for this isospin
forbidden decay have been observed so far. For the neutral channel
the numbers are $(7.4\pm 1.2)\times 10^{-3}$ while the theory
predicts $1.37\times 10^{-3}$. The experimental number is based on
two experiments with a  count rate of $\approx 150$ counts in total.
One can expect that with the high luminosity anticipated at COSY
more than an order of magnitude more events will be recorded in a
couple of weeks.

The same information can in principle also be gained from the study
of the decay $\eta \to  \pi^+\pi^-\pi^0$. However, here Coulomb
corrections and theory input, both with some uncertainties
\cite{Leutwyler96b, Leutwyler96a}, are necessary.

Another approach is the study of the Dalitz plot of the decay
$\eta\to 3 \pi$. Here we will concentrate on the decay into three
neutral pions. The amplitude can be written as
\begin{equation}
\left| {A(\eta  \to 3\pi ^0 )} \right|^2  = 1 + 2\alpha z
\end{equation}
with
$z=\rho^2/\rho^2_{max}$ the relative radial distance. The distance
to the center of the Dalitz plot is $\rho$. A recent measurement of
the angle at WASA/CELSIUS \cite{Hoistadt05} yielded a preliminary
value of $\alpha=-0.027 \pm 0.015 \text{ ( stat. )}\pm 0.010\text{ (
syst.)}$.
\begin{figure}\centering
\includegraphics[width=8 cm]{alpha.eps}
\caption{The slope parameter $\alpha$ from various measurements and
calculations. The references are given in \cite{Tippens01} except
for the preliminary results.} \label{fig:alpha}
\end{figure}
This value is compared in Fig. \ref{fig:alpha} with previous
measurements and model calculations. The result is based on 37
thousand events. A much richer data sample can be expected at
WASA/COSY.

In QCD with $N_f = 3$ there exists a non-Abelian anomaly which
breaks the chiral symmetry explicitly. In the effective chiral
Lagrangian this anomaly is appropriately reproduced by introducing
the Wess-Zumino action \cite{Wess-Zumino, Witten83}. The expansion
of the Wess-Zumino-Witten Lagrangian is shown in Fig.
\ref{fig:triangle_anomaly}.
\begin{figure}[h]\centering
\includegraphics[width=13 cm]{LWZW.eps}
\caption{The Wess-Zumino-Witten Lagrangian expanded in terms of the
triangle and box anomaly.} \label{fig:triangle_anomaly}
\end{figure}
Some interactions of the neutral pseudoscalar mesons have matrix
elements with the wrong parity. These are called anomalous
interactions. Among them are the two photon decay (triangle anomaly)
and the decay $\eta /\eta '\to \pi^+\pi^-\gamma$ (box anomaly).
These diagrams can be calculated within the model of hidden local
symmetry. Details can be found in a recent review \cite{Harada03}.
Benayoun et al. \cite{Benayoun03} constructed a set of equations
defining the amplitudes for $\eta /\eta '\to \pi^+\pi^-\gamma$  and
$\eta /\eta '\to 2\gamma$ at the chiral limit, as predicted from the
anomalous HLS Lagrangian and appropriately broken. For the decay
$\eta '\to \pi^+\pi^-\gamma$ they predict an invariant mass
distribution which is the same as the one from $\rho\pi^+\pi^-$
while for $\eta \to \pi^+\pi^-\gamma$ the center of gravity of the
distribution is shifted to $\approx 350$ MeV/c$^2$. In these
calculations the $\eta -\eta '$ mixing angle enters. The WASA
detector at COSY will allow one to measure the corresponding two
pion distribution with high statistics.

In the decay studies other rare decays will be measured. Most of
them violate $\mathcal{C}$-symmetry. The decay $\eta\to
\pi^+\pi^-e^+e^-$ violates $\mathcal{CP}$-symmetry outside the CKM
mechanism. Since this decay is flavor conserving, it is outside the
standard model. In a first run at WASA/CELSIUS already 25 candidates
were seen compared to 5 events in total in the literature.

\section{Acknowledgments} The author is grateful to B. Hoistadt, A.
Koukaz, P. Moskal, E. Roderburg, R. Schleichert and the members of
the GEM collaboration for their discussions concerning their data.
He is also thankful to R. Shyam for discussions about his
calculations and to J. B. Lieb for a critical reading of the
manuscript. The work was supported in part by Deutsche
Forschungsgemeinschaft MA 926/3-1.

redpajama_set_name: RedPajamaArXiv


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You are here: Home » Outdated schedules » Thomas Ades, Kirill Gerstein on 2018 Tanglewood schedule
Thomas Ades, Kirill Gerstein on 2018 Tanglewood schedule
Article updated March 2, 2018 by Dave Read
2018 BSO artistic partner Thomas Ades
Now in his second season as BSO Artistic Partner, the gifted British composer-conductor-pianist Thomas Adès leads the BSO in a suite from his opera Powder Her Face on a program with Sibelius's Violin Concerto featuring Christian Tetzlaff (7/22); directs Tanglewood's 2018 Festival of Contemporary Music (7/26–30); leads the final program of that Festival, featuring 2018 Koussevitzky Artist Kirill
Gerstein with the Tanglewood Music Center Orchestra in Adès's own In Seven Days for piano and orchestra (7/30); and joins forces
again with Kirill Gerstein for an evening of two-piano music in Ozawa Hall (8/1).
2018 Koussevitsky partner Kirill Gerstein
The versatile Russian-American pianist Kirill Gerstein is this summer's Koussevitzky Artist, named for the Tanglewood Festival's visionary founder Serge Koussevitzky, and created to honor artists whose presence at the BSO's summer home has made a lasting impact on Tanglewood's musical and educational programs. Besides his two collaborations with BSO Artistic Partner Thomas Adès— closing the 2018 Festival of Contemporary as soloist in Adès's In Seven Days with Adès conducting the Tanglewood Music Center Orchestra (7/30), and joining Adès for an evening of two-piano music in Ozawa Hall (8/1)—2018 Koussevitzky Artist Kirill Gerstein is also soloist in this year's gala Tanglewood on Parade concert, performing Gershwin's ever-popular Rhapsody in Blue (8/7)
Tanglewood tickets and box office info.
Tickets for the 2018 Tanglewood season now on sale through Tanglewood's website, www.tanglewood.org, SymphonyCharge at 888-266-1200, and at the Symphony Hall Box Office at 301 Massachusetts Avenue, Boston MA.
Hotels near Tanglewood
The Tanglewood campus, summer home of the Boston Symphony Orchestra and the Tanglewood Music Center comprises several hundred acres in the towns of Lenox and Stockbridge. It is the location of the Koussevitsky Music Shed and Ozawa Hall, where hundreds of thousands attend concerts and a variety of events, including picnics. We always advise new visitors to arrive early and take their daily walking exercise wandering the beautiful Tanglewood grounds. This dynamic map of the Tanglewood grounds includes photos and information for such points of interest as Aaron Copland Library, Highwood Manor House, The Glass House, and The Lion's Gate.


text:
Will Fuller Makes the Dolphins SUPER BOWL CONTENDERS in 2021 | PhinsPod Ep. #41
March 19, 2021 ·1 min read
HOUSTON, TX - AUGUST 29: Will Fuller V #15 of the Houston Texans warms up before a game against the Los Angeles Rams during week four of the preseason at NRG Stadium on August 29, 2019 in Houston, Texas. (Photo by Wesley Hitt/Getty Images)
After a few days of what appeared to be sitting on their hands, the Miami Dolphins came to terms with former Houston Texans wide receiver Will Fuller V. Fuller possesses elite speed and can take the top off of any defense, his addition will no doubt help Tua Tagovailoa and we discuss the move here. We also hit on the signing of veteran center Matt Skura. Formerly of the Baltimore Ravens, Skura had struggles with the "yips" last season and was therefore able to come to Miami at a bargain. Should the team have operated like that, or should they have paid for David Andrews? We talk about it in the latest episode of the Pod!
Previous The Miami Dolphins Are PRIMED To Make A HUGE SPLASH In Free Agency | PhinsPod Ep. #40
Next The Miami Dolphins Continue to BEEF UP Their LINEBACKING CORPS for 2021 | PhinsPod Ep. #42


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text:
'BLACKkKLANSMAN' Is a Gripping Spike Lee Thriller That Descends Into Horror
Spike Lee's adaptation of the 2014 memoir dramatizes one black detective's journey into the American hate group.
Spike Lee didn't set out to make BLACKkKLANSMAN a horror movie, and the film's marketing doesn't sell it as one either. But in the closing minutes of the legendary director's latest joint, the swagger and style of this late-'70s buddy cop film mercilessly fade into a 21st-century American nightmare.
Out in theaters on Friday, almost one year to the day after the deadly Charlottesville alt-right rally, BLACKkKLANSMAN adapts the 2014 memoir Black Klansman by Ron Stallworth (played here by John David Washington), the first black detective in the Colorado Springs Police Department. In 1979, Stallworth successfully infiltrated a Colorado chapter of the Ku Klux Klan, giving him an unprecedented look into modern American terrorism.
(In case you're wondering how that even worked, Stallworth made contact with the KKK over the phone but sent fellow detective Flip Zimmerman to face-to-face meetings in his place. Adam Driver, in a slight departure from Star Wars villain Kylo Ren, plays Zimmerman.)
Lee's film is a dramatization of Stallworth's already dramatic investigation, but it's also imbued with all the hallmarks of a proper Spike Lee Joint. That includes vivid weaponization of cinematic color, dolly shots, characters engaged in pop culture debate, and the brutal normality of everyday racism. Lee has truly never been better with his creative voice than in BLACKkKLANSMAN.
BLACKkKLANSMAN is also its own beast, bearing the structure of a buddy cop story and coated in the aesthetics of '70s blaxploitation. It's a fun movie that clowns on the Ku Klux Klan. You put up with their hate and white hoods because you know that Spike Lee's been behind the camera this whole time, gearing his audience up for the final punchline in the form of David Duke's (Topher Grace) shocked face upon realizing he's "befriended" one of those people.
Adam Driver (left) and John David Washington (right) in 'BLACKkKLANSMAN.' Focus Features
Like any good social satire, BLACKkKLANSMAN packs an unexpected wallop of laughs and chuckles with the same air of suspense, intrigue, and danger of a Lethal Weapon. But it's all smokescreen. The creeping, unsubtle, reminders of Trump and #MAGA ring like the droning soundtrack of Suspiria, until by the end the horror is unavoidable.
"Blood and soil," you hear a crowd yell. A burning cross becomes burning tiki torches, and now it's 2017 in Charlottesville, Virginia. Lee recycles footage from the Unite the Right rally that resulted in the death of protestor Heather Heyer. Footage of the real David Duke features the white nationalist proudly proclaiming of "taking the country back."
Topher Grace as "David Duke" in 'BLACKkKLANSMAN.' Focus Features
Lee's film begins as a detective thriller and ends as a horror movie. But Hereditary it is not. Nor is it even a Get Out, where Jordan Peele filtered the atrocities against black people into a body-switching horror.
With BLACKkKLANSMAN, the horror is real. It happened and is happening. In one scene, which cross cuts with a Klan initiation, Harry Belafonte appears in a cameo and describes the 1916 lynching and burning of Jesse Washington, the inhumanity of which outdoes anything in Saw. Jigsaw didn't sell postcards of a black boy's burned body.
As I type this, Charlottesville police are gearing up for a second rally. The horror happened and is happening. You do not watch BLACKkKLANSMAN for escapism, because there is no escape from violent, virulent racism in America. We have the director of Do the Right Thing tapping into the sweltering, suffocating temperature of Donald Trump telling us so. America has been poisoned from within and has been for centuries. The call is coming from inside the house.
BLACKkKLANSMAN hits theaters on August 10.
Teen Wolf: The Movie is fan service done right
By Mónica Marie Zorrilla
Animalia is an alien invasion movie with metaphysical dreams
By Andy Crump
Polite Society breaks the mold for the coming-of-age movie


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Nas Previews J Dilla-Produced Song "The Season"
Published on: Oct 30, 2014, 2:20 AM PDT
by Jay Balfour
Nas made a surprise appearance at a Run The Jewels fan appreciation event last night in Brooklyn and previewed a new J Dilla produced song called "The Season."
During the Q&A portion of an event that also featured a screening of The Warriors, Nas emerged and explained the inspiration he gets from the newly signed Mass Appeal duo.
"Just came here really to support the brothers on an incredible project," Nas said of Killer Mike and El-P. "I been watching them do their thing and even feel like this is something that inspires me. It's a lot going on in the music scene so just to hear them is really inspiring. I'm proud to be rocking with these brothers and be on their side.
"Wanted to share a new record here, at your guys' launch thing 'cause this is the type of feel I'm in," he added. "What they're doing, I like to say that I'm doing that kind of sound. So I thought it'd be cool if it was alright with you guys."
"The Season" features Nas rhyming over J Dilla's Donuts track "Gobstopper" and even shrugging off rumors of his rhymes being ghostwritten before crediting his brother Jabari "Jungle" Jones.
"Jay Elec doesn't write it / Hov couldn't it write he vacationing / Jungle the only brother I take shit from / Hasan give me lines / We talk all the time / So I guess if he inspire my song it ain't mine," Nas raps.
Jay Electronica used the same J Dilla beat for his song "Abracadabra" in 2008.
RELATED: Nas Traces Roots To Enslaved Ancestors On PBS Special


text:
Ignacy Grebel (Groebel, Gröbel, Grebl, Gröbl) (ur. ok. 1741, zm. 1790) – krakowski księgarz i wydawca.

Pochodził ze Śląska. Właściciel wydawnictwa i drukarni w Krakowie z filiami w Podgórzu, Piotrkowie, Lublinie i Tarnowie. Wydawca "Zbioru Wiadomości Tygodniowych".

Bibliografia

Polscy księgarze
Ludzie związani z Krakowem
Zmarli w 1790
Urodzeni w XVIII wieku

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text:
If Ammo Is So Bad, Why Don't Statistics Show It?
Posted by Worldhide January 22, 2022 January 4, 2022 Uncategorized
In 1886 France turned the military world upside down when they brought out the 8 mm Lebel rifle. Replacing the powerful Gras with the first successful smokeless powder round it was the rocket of its day. While crude by today's standards it pushed a smaller caliber bullet much faster then the black powder loads of the day. It started out with a 232 grain round nose at about 2000 feet per second. Since most black powder military rifles shot a bullet at about 1400 feet per second this was quite revolutionary.
The Germans immediately procured their own smokeless powder technology by any means available and in 1888 they came out with an 8 mm of their own. The rifle was designed by a commission at Spandau Arsenal hence it's name. It was based on a Mannlicher type of rifle as opposed to a Mauser. It was known as the Gewehr 88 and the load was designated J Patrone to differentiate it from the S type of 323 diameter. There is no doubt that the Mauser family was irritated by that choice as they had been supplying Germany with its military weapons. Anyway it used a 318 diameter bullet of 226 grains round nose at about 2100 feet per second. It replaced the widely distributed and hard hitting 11mm Mauser round.
The rifle is a bolt action with a removable clip which is difficult to find these days. While a serviceable rifle, it has a couple of flaws such as a puny looking extractor and ejector. 303 British ammo for sale Also there is no provision for gas to escape in the event of a ruptured case. When loading ammo for this rifle these are things to keep in mind. If you have one with a clip you will probably have a problem feeding spitzer type of bullets though round nose work ok. It takes a .318 diameter bullet which is available though I size down conventional .323 slugs for mine. The standard 8 X 57 case works though you need to have a sizing die capable of sizing for the older bullet. Do not use .323 bullets as it may increase pressures to a dangerous level. Hand loads should be kept to about 40,000 PSI max as these rifles are over 100 years old. I have shot mine with a verity of loads and it is a pleasant and accurate rifle given good loads. It is a worth while addition to any collection and should be shot to appreciate a part of history. If in doubt about its condition consult a gunsmith. Some were also rebarreled, the 257 Roberts was popular at one time…
In 1898 Germany went to the model 98 Mauser replacing the Commission rifle with the most successful design ever instituted for a bolt action rifle. In 1905 they went to the 323 diameter bullet. Even though the Commission rifle had a short lifespan it brought Germany into the age of smokeless powder. Like most military hardware it hung around for awhile and lots were sold to various foreign countries such as China. It was a common backup weapon in WWl for Germany and other nations.
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Les Collines-de-l'Outaouais ist eine regionale Grafschaftsgemeinde () in der kanadischen Provinz Québec.

Sie liegt in der Verwaltungsregion Outaouais und besteht aus sieben untergeordneten Verwaltungseinheiten. Die MRC wurde am 4. Dezember 1991 gegründet. Der Hauptort ist Chelsea. Die Einwohnerzahl beträgt 49.094 (Stand: 2016) und die Fläche 2.051,77 km², was einer Bevölkerungsdichte von 23,9 Einwohnern je km² entspricht.

Gliederung
Gemeinde (municipalité)
 Cantley
 Chelsea
 L'Ange-Gardien
 La Pêche
 Notre-Dame-de-la-Salette
 Pontiac
 Val-des-Monts

Angrenzende MRC und vergleichbare Gebiete
 La Vallée-de-la-Gatineau
 Papineau
 Gatineau
 Ottawa (in Ontario)
 Pontiac

Weblinks

 Offizielle Website
 Statistische Daten

Einzelnachweise

Regionale Grafschaftsgemeinde in Québec
Outaouais


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Die Hard 1 & 2 - 4 Disc Special Edition Box Set
Starring: Bruce Willis
This box set contains the best version of the original movie "Die Hard" along with a 2nd disc packed with special features. Also included is the best version of the sequel "Die Hard 2: Die Harder" along with a 4th disc packed with special features. This special edition box set contains 10 hours of amazing bonus features. This is a must have DVD for anyone's collection, especially die hard fans.
Sound: Dolby Digital 5.1 and DTS
Starring: Bruce Willis, Bonnie Bedelia, Alexander Godunov and Alan Rickman
Directed By: John McTiernan
Produced By: Lawrence Gordon
Written By: Jeb Stuart
Movie: 5/5
Special Features: 5/5
High above the city of L.A. a team of terrorists have seized control of a building, taken hostages and declared war. But one man has managed to escape detection....an off-duty cop. He's alone....tired....and the only chance anyone has.
Bruce Willis stars as New York City Detective John McClane, newly arrived in Los Angeles to spend the Christmas holiday with his estranged wife (Bonnie Bedelia). But as McClane waits for his wife's office party to break-up, terrorists seize control of the building. While the terrorist leader, Hans Gruber (Alan Rickman) and his savage henchman (Alexander Godunov) round up hostages, McClane slips away unnoticed. Armed with only a service revolver and his cunning, McClane launches his own one-man war. A crackling thriller from beginning to end, DIE HARD explodes with heart-stopping suspense.
Die Hard movie with re-mastered DTS sound
Audio Commentary with director John McTieran and production designer Jackson DeGovia
Scene specific commentary with visual effects producer Richard Edlund
Text Commentary with cast and crew
Special Branching version: View the film with a deleted scene re-inserted
The Cutting Room: Choose shots from different scenes and create new versions
Audio Mixing: Manipulate the sound effects, music and dialogue in a scene
"Why Letterbox?" Featurette
Multi-Camera Angle Shooting
Outtakes: with Deleted/Alternate scenes - can be viewed with or without soundtrack
Deleted Scene: Turning off the power
Newscasts: Original footage of the news reports in the movie. including longer takes, alternate takes and bloopers
Ad Campaign Featurette
Entire Shooting Script
Interactive Slide Show
3 Theatrical Trailers
Die Hard 2: Die Harder
Starring: Bruce Willis, Bonnie Bedelia, William Sadler, Dennis Franz and John Amos
Directed By: Renny Harlin
Written By: Steven .de Souza
On a snowy Christmas Eve in the nation's capital a team of terrorists have seized control of a major international airport and now holds thousands of holiday travellers hostage. The terrorists, a renegade band of crack military commandos led by a murderous rouge officer (William Sandler), have come to rescue a drug load from justice. They've prepared for every contingency except one: John McClane, an off-duty cop gripped with a feeling of deadly deja vu.
Bruce Wills returns as the heroic cop who battles not only terrorists, but also an incompetent airport police chief (Dennis Franz), the hard-headed commander (John Amos) of the army's anti-terrorist squad and a deadly winter snowstorm. The runways are littered with death and destrusction, and McClane is in a race against time. His wife (Bonnie Bedelia) is trapped on one of the planes circling overhead, which is desperately low on fuel. It's all-out war, a heart-stopping, jet-propelled journey filled with excitement and terror. Fasten your seat belts!
Die Hard 2 movie with re-mastered DTS sound
Audio Commentary by director Renny Harlin
Die Harder: The Making of Die Hard 2
Renny Harlin Interview
Villain's Profile - Featurette
Behind-the-Scenes Storyboards Featurette
Visual Effects Sequences
4 Trailers


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Die Liste der Mitglieder des Panafrikanischen Parlaments 2009–2012 führt die Mitglieder der zweiten Legislaturperiode des Panafrikanischen Parlaments von 2009 bis 2012 auf. Die Liste ist geordnet nach den 46 Ländern, die die Parlamentsmitglieder 2009 entsandt haben, zugefügt ist teilweise die Partei, der sie angehören.

Ägypten
 Abdelahad Gamaleldin
 Abdel Aziz El Gendy Mostafa
 Mohamed Abdel Aziz Shabaan
 Georgette Sobhi Kaliny
 Ahmed Mohamed Ragab

Algerien
 M. Azzedine Abdelmadjid
 Farida Ilimi
 Mostefa Boudina
 Hammi Laroussi
 Ahmed Hanoufa

Angola
 Fernando José de França Dias Van Dúnem
 Catarina Pedro Domingos
 Joao Marcelino Typingue
 Luis Reis Paulo
 Ernesto Joaquim Mulato

Äquatorialguinea
 Evangelina-Filomena Oyo Ebule
 Alfonso Nsue Mokuy
 Justino Obama Nve
 Jaime Ela Ndong
 Vicente Rodriguez Siosa

Äthiopien
 Netsanet Asfaw
 Ahmed Hassen Abduselam
 Wubneh Emiru Bushen
 Aneb Abdulkadir
 Gebru Geremariam

Benin
 Rosine Vieyra Soglo
 Ismaë Tidjani-Serpos
 Da Matha Sant'anan Luc Boniface
 Ahounou Benjamin
 Takpara Dauda

Botswana
 Moggie Mbaakanyi
 Master Goya Moiseraele
 Olebile Gaborone
 Maitlhoko G.K. Mooka
 Tshelang W. Masisi

Burkina Faso
 Yamba Malick Sawadogo
 Dieudonne Maurice Bonanet
 Aissata Sidibe
 Ouédraogo Marie-Blandine Sawadogo
 Sawadogo Lassane

Burundi
 Déo Busuguru
 Marie-Thérèse Toyi
 Christian Sendengeye
 Schadrack Niyonkuru
 Zaïtuni Abdallah

Dschibuti
 Mohamed Mohamed Abdoulkader
 Aden Robleh Awaleh
 Souleiman Miyir Ali
 Antoine Michel Barthelemy
 Hasna Hassan Ali

Gabun
 Nono Henriette Massounga
 Ossagou Guy Christian
 Engohang Obiang Gaston
 Ndong Assoumou Sylvestre
 Rene Radembino Coniquet

Gambia
 Fabakary Jatta
 Abdoulie Kanagi Jawla
 Mamma Kandeh
 Sidia Jatta
 Bintanding Jarju

Ghana
 Edward K. Doe Adjaho
 Ambrose P. Dery
 Enoch Teye Mensah
 Moses Asaga
 Elizabeth Agyemang

Guinea
 Diallo Boubacar Koumbia
 EL hadj Amirou Diallo
 Belly Aribot
 El hadj Ismaila Mohamed Ghussein
 Boubacar Somparé

Kamerun
 Marie–Rose Nguini Effa
 Roger Nkodo Dang
 Muosa Mbutoh Njingum
 Joseph Mbah Ndam
 Isabelle Manamourou

Kap Verde
 Teixeira Eva Verona Orlet
 Joao Baptista Medina
 Silva dos Santos Hermes
 Orlanda Maria Duarte Santos Ferreira
 José Manuel Afonso Sanches

Kenia
 Bahari Ali
 Gitobu Imanyara
 Musa Sirma
 Rachel Shebesh
 Gedeon Mungaro

Republik Kongo
 André Obami-Itou
 Jean Claude Siapa Ivouloungou
 Marie Louise Tono
 Zely Pierre Inzoungoumassanga

Lesotho
 Mamotonosi Harriet Nkhahle
 Rethabile Marumo
 Lekhetho Rakuoane
 Thabang Ernest Nyeoe
 Ts'oeu Phineas Mokeretla

Liberia
 Joyce Musu Freeman Sumo
 James K. Momo
 Dusty Wolokolie
 George Wesseh Blamoh
 Eugene T Kparkar

Libyen
 Ragab Budabus
 Lutfi Mohamed Farhat
 Mohamed Elmadani El-Houderi
 Mohamed Gebril Alorafy
 Amal Safal Nuri

Madagaskar
 Parfait Florent Mana
 Meltine Flore Ramarojatovo
 Augustine Marie Aurelie Razafinjato

Malawi
 Louis J Chimango
 Steven Smart Jampa Malamba
 Loveness Gondwe
 Trifonia Dafter
 Betson Brown Chomveka Majoni

Mali
 Lanceni Balla Kieta
 Kadidiatou Samake Coulibaly
 Mountaga Tall
 Ascofare Oulématou Tamboura
 Ibrahim Boubacar Keïta

Mauretanien
 Mohamed El Moustapha Ould Bedreddine
 Sidney Sokhona
 Ainina Ould Daha Ould Eyih
 Ahmed Ould Khalifa

Mauritius
 Purryag Rajkeswur
 Louis Joseph Von-Mally
 Parmessur Ramloll
 Marie Noëlle Françoise Labelle
 Mokshanand Dowarkasing

Mosambik
 Verónica Macamo (FRELIMO)
 Maria Angelina Enoque (RENAMO)
 Munhawa Sousa Salvador (FRELIMO)
 José Gabriel Manteigas (RENAMO)
 Eduardo Mulembue (FRELIMO)

Namibia
 Hans Gabriel Booys
 Tsudao Immanuel Gurirab
 Haikella Hakaye
 Evelyn Nawases
 Loide Kasingo

Niger
 Maïdagi Allambeye
 Mohamed Bazoum
 Aghali Mano
 Dina Tankari
 Aïssata Mounkaïla

Nigeria
 Betty Apaifi
 Bethel Amadi
 Lee Ledogo Maeba
 Nicholas Ugbane
 Sani Saleh Minjibir

Ruanda
 Prosper Higiro
 Juliana Katengwa
 Augustin Iyamuremye
 Tharcisse Shamakokera
 Agnès Mukabaranga

Demokratische Arabische Republik Sahara
 Mohamed Habib Mamia
 Brahim Saleh Zroug
 Cheikh Ahmed El-Heiba Ouaddadi
 Mohamed Salama Badi
 El Kaid Soueilman

Sambia
 Michael MULEMI Mabenga
 Josephine Mwiya Limata
 Maynard J C Misapa
 Elizabeth K. Chitika Molobeka
 Moses Muteteka

Senegal
 Bocar Sadikh Kane
 Abdoulaye Babou
 Mussa Cisse
 Maggatte Kamara
 Emilie Diatta

Sierra Leone
 S.B.B Dumbuya
 Moses Sesay
 Momoh Pujeh
 Florence Kombe Bundu
 Bai Kurr Kanagbaro III

Simbabwe
 Patrick Dube
 Rugara Kokerai
 Joram Macdonald Gumbo
 Fortune Charumbira
 Editor Erimenziah Matamisa

Somalia
 Habeb Nur Ibrahim
 Abdifatah Ibrahim Rasci
 Ismail Hussein Farah
 Abdi Abdulle Said

Südafrika
 Mninwa Johannes Mahlangu
 Suzanne Vos
 Pandelani J Nefolovhodwe

Sudan
 Suad El Fateh El Badaoui
 Angelo Beda
 Mohamed Kafi
 Ibrahim Ahmed Ghandour

Swasiland
 Marwick Khumalo
 Trusty Gina
 Phumelele Dlaminin
 Petros Mavimbela
 Kusa Dlaminin

Tansania
 Gertrude Ibengwe Mongella
 Feetham Fillipo Banyikwa
 Minshehe Athuman Saidi Janguo
 John Momose Cheyo
 Omar Sheha Mussa

Togo
 Edoh Baromi
 Awedeou Tchasse
 Mawulikplimi Sodahlon
 Yawovi Honam Henri Gbone
 Adjaratou Abdoulaye

Tschad
 Siméon Mbaidoum
 Saleh Kebzabo
 Moussa Idriss Dele
 Milengar Ngarindo
 Ndoadoumngue Neloumsei Elise Loum

Tunesien
 Sahbi Karoui
 Saïda Agrebi
 Taïeb Mohsni
 Jameleddine Khemakhem
 Fayçal Triki

Uganda
 Mary Rutamwebwa Mugyenyi
 Jonson Bartile Toskin
 Samuel Kalega Njuba
 Edward Ndawula Kaweesi
 Abrahams Peter Lokii

Zentralafrikanische Republik
 Jean-Baptiste Nouganga
 Jean-Marie Mokole
 Anne-Marie Goumba
 Marie Agba-Otikpo
 Jean-Bénoit Gonda

Einzelnachweise

!2009
Afrika, Panafrikanisches Parlament #2009
Afrika, Panafrikanisches Parlament #2009
Afrika, Panafrikanisches Parlament #2009


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The ACLU of Northern California recognizes that California's systems of policing and incarceration are rooted in our country's legacy of slavery. Through slave patrols, the Black Codes, and "convict leasing," our legal system has persistently and explicitly denied the humanity of Black people while criminalizing their actions. Today, the system continues to target, oppress, and inflict violence and suffering on Black, Brown, and other marginalized communities.
The Criminal Justice Program of the ACLU of Northern California seek to dramatically reduce incarceration, criminalization, and police abuse by ending unjust and oppressive laws, policies, and practices that target and disproportionately harm Black, Brown, and other marginalized communities. We advocate for transforming the criminal legal system into one that keeps communities safe and respects the dignity and rights of all who come into contact with it. We work in partnership with organizations that are led by and organize with people who are directly impacted by systems of criminalization and oppression.
Police officers wield enormous power to detain, search, arrest, and use force, including deadly force. Abuse of that authority results in oppression, overexposure to the criminal justice system, and unnecessary injury and death – impacts borne overwhelmingly by people in poor and Black and Brown communities. ACLU NorCal fights to diminish the power, resources, and scale of law enforcement.
Prosecutors are the most influential actors in the criminal justice system. They have almost unlimited power to push for more punishment, often in ways that are largely hidden from public view. This focus on obtaining convictions and securing severe prison sentences, instead of addressing the root causes of crime, is a major driver of incarceration that compounds racial disparities throughout the justice system. ACLU NorCal works to end mass incarceration by building community capacity to hold DAs accountable and reduce DAs' power to incarcerate and criminalize people.
Decarceration
ACLU NorCal works to dramatically reduce incarceration by ending unjust and oppressive laws, policies, and practices that target and disproportionately harm Black, Brown, and other marginalized communities. We advocate for transforming the criminal legal system into one that keeps communities safe and respects the dignity and rights of all who come into contact with it.
Know Your Rights: Police Interactions
CA Voting Rights Clarification
Racial Disparities in Arrests
Mandatory DNA Collection
Select Type of Content All Blog News Case Action Legislation Campaign
ACLU Court Filing Condemns Tulare County Sheriff's Failure to Adequately Address COVID-19 Outbreak in County Jails
ACLU Demands Information from Tulare County Officials About Cause of Covid-19 Jail Outbreak, Extent of Sheriff's Response
Prosecutors Used Rap Lyrics as Evidence in a Murder Trial; that's Racial Bias
Stiavetti v. Ahlin (State Hospital Suit)
California Supreme Court Rules that the State Must Address the Prolonged Detention in County Jails of Defendants Deemed Incompetent to Stand Trial
California Court Rejects the State's Prolonged Detention of People with Psychiatric and Intellectual Disabilities in County Jails
In George Floyd's Name, the Fight for Justice Marches On
Court Denies Motion for Preliminary Civil Injunction Filed by San Francisco City Attorney
Voters' Decisions on Propositions 17 and 20 Bring Hope to Criminal Justice Reform in California
Why Black People Must Be Informed And Empowered About Their Rights With The Police
In Response to the Murder of George Floyd
On the 47th Anniversary of Roe, Let's Advance Reproductive Justice for People Behind Bars
Gold Chains: The Hidden History of Slavery in California
California is Pushing People Deeper into Poverty by Towing Their Cars for Non-Safety Reasons
ACLU Asks Court to Deny City Attorney's Bid to Ban Four People from the Tenderloin
ACLU Sues Fresno County Sheriff's Office for Violation of California's Public Records Act
Civil Rights and Community Organizations Seek Court Order to Block Three California Prosecutors from Unlawful Efforts to Reinstate Executions
San Francisco's Attempt To Ban 28 Individuals from the Tenderloin
Criswell et al v. Boudreaux (Criminal Justice and COVID-19)
Bahena v. ICE (Immigration Detention)
Berkeleyside v. Berkeley (Police Records)
In re Humphrey (Bail)
Cross v. San Francisco (Racially Biased Policing)
LA Times v. Kernan (Right to View Executions)
Take a Stand for Community Control of Police Surveillance
Why Do You Care About Bail Reform?
Hey, Meet Your DA!
The C.R.I.S.E.S. Act (AB 2054)
Strengthen Reproductive Care for People in Jails (AB 732)
Stop Criminalizing Adolescent Behavior (AB 901)
Decertify Abusive Police and Strengthen Civil Liability for Police Violence (SB 731)
P.R.O.M.I.S.E Act (AB 1007)
Repeal Sentence Enhancement for Prior 1 Year Convictions (SB 136)
Eliminating Copays in California Jails & Prisons (AB 45)
ACLU of Northern California's Response to the COVID-19 Crisis


Jan 10, 2018 — Kneron, a leading provider of edge Artificial Intelligence (AI) solutions, today launched its Real Facial Recognition solutions to unlock entry level and mid-range smartphones. As long as a smartphone has a front camera1, through Kneron's facial recognition software with deep learning technology, it can not only accurately recognize people's facial features, but also determine whether the face is real or not. It can rule out the risk of using photos and videos to unlock a smartphone within 0.2 seconds, with less than 0.0001 error rate2. Additionally, one device can recognize several faces. Kneron's Real Facial Recognition solutions have been adopted by smartphone manufacturers and will be marketed worldwide through its partner GMobi.
Kneron Real Facial Recognition solutions integrate sophisticated facial recognition and deep learning technologies, which can recognize a real face within 0.2 seconds, with less than 0.0001 error rate. Additionally, one device can recognize several faces. Kneron Real Facial Recognition solutions include three technical versions: optical sensing analysis, biological behavior recognition, and background depth detection. Optical sensing analysis can determine whether a face is three-dimensional through analyzing the lighting variations on the face; biological behavior recognition integrates behavioral detection, such as eye blinking, to determine whether a face is real; the background depth detection solution can be used if there is an autofocus function in smartphone's front camera. It can analyze the scene depth of field to avoid unlocking by a two-dimensional image.
1Front camera is suggested to support higher than 1 MP resolution.
2Measured results will vary according to the smartphone hardware specifications.


How was your day over there in your country,i believe you have a nice day and that the atmosphere over there in your country is very nice to your body? Mine is a little bit warm over here in Dakar Senegal. My name is Miss Amina Mohammad i am (23yrs) but age doesn't matter in a good real relationship what matters a lot is love, so i am comfortable with your age, I want to assure you that Color, Race, Religion, or Nationality makes no difference to me. What i see in people is their Personality and Character, I am from Libya in North Africa country, 5.4ft tall, fair in complexion single,(never married ) and presently i am residing here in Dakar as a result of political assassination and civil war in my country.
his office computer to send these message to you.


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FAA undertakes most comprehensive study ever into effects of aircraft noise on residents around airports
Thu 28 May 2015 – Although the airliners of today are much quieter than they were 30 years ago, the public's perception of aircraft noise has changed and, according the FAA, residents around many of the largest US airports have expressed concerns as the rate of aviation growth continues. Current methodologies have not been updated since the 1980s and the FAA has decided to survey residents around 20 selected US airports as part of a multi-year effort to update the scientific evidence on the relationship between aircraft noise exposure and its effects on communities. The agency hopes to finish gathering data by the end of 2016 before analysing the results and deciding whether to update its methods for determining exposure to noise as well as land use issues. It says if changes are warranted then proposed revised policy and related guidance and regulations will be proposed, subject to coordination with other agencies and public review.
"The FAA is sensitive to public concerns about aircraft noise," said its Administrator, Michael Huerta. "We understand the interest in expediting this research and we will complete this work as quickly as possible."
Beginning in the next two to three months the FAA will contact residents through mail and telephone in what it says will be the most comprehensive study using a single noise survey ever undertaken in the United States. The names of the 20 airports are not being disclosed in order to "preserve the scientific integrity of the study", explains the FAA.
The framework for the study was developed through the Airports Cooperative Research Program (ACRP), which is operated by the Transportation Research Board (TRB) of the National Academies of Sciences. Not only will the methodology be used to determine whether to change the FAA's current approach on aircraft noise, it will also consider land use and justification for federal expenditure for areas that are not compatible with airport noise.
As a result of social surveys of transportation noise in the 1970s, aircraft noise is currently measured on a scale that averages all community noise during a 24-hour period, known as the Day-Night Average Sound Level (DNL), and exacts a ten-fold penalty on noise that occurs during night and early morning hours. In 1981, the FAA established DNL 65 decibels as the guideline level at which federal funding is available for soundproofing or other noise mitigation. This method was reaffirmed in studies conducted during the late 1980s and early 1990s.
Said Huerta: "This Administration takes its responsibility to be responsive to communities' concerns over air noise seriously. Our work is intended to give the public an opportunity to provide perspective and viewpoints on a very important issue."
Sponsored by the ACRP, the TRB held a webinar last year covering the potential effects of aviation noise on hearing, sleep, health, annoyance and learning environments. Presenters discussed the noise concerns that present potential barriers to airport operations and expansion, and how those concerns can contribute to delays in both facility and capacity improvements. More details of the webinar and to download a recording available here.
FAA – Airport Environmental Program
FAA launches voluntary MRV Program for US aircraft operators participating in CORSIA
Industry pledges to do more to address the concerns of local communities impacted by aviation noise
Government must restrict the building of new homes within airport noise contours, say UK airport operators
ICAO committee agrees a new global noise standard and certification procedures to support a new aircraft CO2 standard
Commission proposals to ease capacity crunch at European airports include measures on noise restrictions
Campaigners and Heathrow Airport collaborate to bring early morning noise respite to London residents
Noise action plans submitted by UK airports dismissed as a sham by environmental campaigners
Europeans have become less tolerant to aircraft noise, reports new EU-funded research project
FAA claims technology has dramatically reduced the number of people exposed to high noise levels around US airports
Alaska Airlines carries out next-generation approach procedures at Seattle in Greener Skies initiative


Jake Barnes talks about managing pressure in team roping, no matter at what level you're competing.
There is pressure to deal with, regardless of what level roper you are. I've felt it throughout my whole career and I still feel it. You have to learn how to train your mind to overcome the pressure. Some people thrive on it naturally, and other people run from it. The guys who are the most successful embrace it. When you're in a position to win big money or are running at a title, there's a lot of extra pressure. And you have to learn to deal with it. The best way to do that is to put yourself in that position a lot of times. Experiencing that pressure in those situations is the best way to get it figured out.
Pressure is basically self-inflicted. It's something you bring on yourself in certain situations, and there are so many branches to it. Is there a buckle, saddle or truck on the line? A title of some sort? A world championship? It's all about how your mind handles those situations. A lot of times, when people of similar talent square off, that's what makes the difference.
It doesn't matter what sport you're in. Pressure is a part of every sport. Some people are able to take themselves to a different place in their minds. It's about training your mind so pressure doesn't affect your performance. You have to be able to execute under pressure to succeed.
A lot of people don't get into pressure situations enough to learn how to handle it. Guys who rope for a living might compete 200 days a year at a rodeo or jackpot, so we naturally get more experience in those situations. You can practice all the physical things at home. You can train and get really good. But you have to test yourself in competitive situations.
You learn how to put yourself in a mindset to handle pressure situations. You can take yourself back to previous experiences and use them to your advantage. Competition is the best teacher of all when it comes to handling pressure. It's the best way to train yourself to excel and get it done when the chips are down.
When young guys are coming up out of high school I recommend them getting some college, amateur and jackpot experience. Experience and confidence are such major factors, as tough as it is today. Gathering that experience and knowledge is valuable. You're pretty naïve in today's competition to think you're going to jump straight in there and dominate the veterans.
Practice is obviously a huge factor, and an absolute necessity, but most guys practice without pressure. So you have to practice executing in competitive situations. And that intensity only happens when the money's up. You can have little inexpensive jackpots or matches in your area. A lot of practice sessions are a social event, where guys drink beer and talk about what went on at work that day. That's fine if you're roping for fun. But the top guys train with intensity. It's one on one, and it's not social hour. We're out there to work on our game and our horses. End of story.


It's no coincidence that the first month of our calendar is named January. The Romans named the month after Janus, their god of transitions who is normally depicted with two faces, one looking forward and one looking backward. And indeed, January is a time for reflection and planning; the hustle and bustle of the festivals of Christmas and Yule are fading into the past their only remembrance being the graveyards of bare trees that line the neighborhood curbs for recycling.
It's a time to look back over the past year and see how your endeavors stacked up against your expectations in the things that you tried to accomplish in your life, so why not your beer blog? Taking a quick look back over the past year's craft beer ups and downs is a nice way to ground yourself as you prepare to move forward. But don't over analyze, or beat yourself up if a certain goal wasn't met. After all, we're talking beer blogging and craft beer here, not life changing declarations.
No, just take a minute run a quick glance over you blog. Of the goals you didn't meet, why didn't you? Chances are there will be various reasons. Again don't sweat it, maybe life brought forth more important things for you to focus on, or perhaps as time went on you realized that a particular goal wasn't really that important to you after all.
Or decided to start a new monthly series of articles based on another subject, that will tie very loosely to blogging and beer. Maybe just because you want to write something different, and you thought it would be a cool idea. Nothing is too small.
The January full moon is known in older Wiccan traditions as the Cold Moon. It's one of several moons whose name really doesn't need much explanation especially, if like me, you're a recent survivor of the Polar Vortex. Other names like Ice (Neo-Pagan), Snow (Odinist) and Frost (Shamanic) also speak to this time of year. While the Celtic name, Quiet, probably speaks more to the inherent silence of nature at this time.
I happen to enjoy sipping on a few beers during the full moon, especially out on the deck or next to a fire. Unfortunately, January tends to be one of the more cloudy months around these parts, so there probably won't be much in the way of moon light tonight. And opposition (the precise astronomical time the full moon occurs) isn't until 11:52pm tonight which, school night considering, is a tad past this old man's bed time. Still, I think a few beers will be in order.
To counteract the Cold/Ice/Snow, I'm thinking a nice barleywine-style ale. Something along the lines of Victory's Old Horizontal, Weyerbacher's Blithering Idiot or Flying Dog's Horn Dog.
Or perhaps since Native Americans referred to this moon as the Wolf Moon, some of Lancaster Brewing's Winter Warmer, an Old Ale-style beer, is appropriate. Proceeds from this beer help support the Wolf Sanctuary of PA.
However you decide to go, you really can't go wrong.
Coming up : Long over due run downs on Kennett's Brewfest and The Delaware Wine and Beer Festival; It's not your Dad's State Line Liquors anymore; I finally get my hands on The Bruery's Six Geese a Laying; and I'll be rummaging around my basement for another beer relic.
Cheers, and happy 2014! Let's make it a good one!
THE FINAL SIP: This post's featured image is a print entitled "Three Wolf Moon Beer Wolves" by artist Amber Hill. Amber describes the scene as, "A spoof on the now infamous T shirt as well as a rib at 'Twilight'". For this and more of Amber's work check out Ethereal Studios.
Same to you and the gang!
Next Next post: The Local Tap – Kennett Square Brewfest 2013, Hey Aren't You Supposed to Be Over There?


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Ever since I was old enough to talk, I have been nutty about hunting and fishing. My Dad would go deer hunting and leave a screaming three year old, on the porch, wondering when he would be able to go. I caught my first fish at the age of four all by myself, with no help, an eight inch Brookie from a high mountain lake. When I shot my first pheasant and wanted to have it mounted, my crafty mother was insightful enough to suggest, "why don't you just stuff it yourself". My high school art teacher gave me all the supplies I could burn up in one year for that first pheasant mount, and the rest is history. In college I studied art in all mediums. Taxidermy was mostly a hobby for me until I began competing at shows. At these competitions I learned from the masters to hone my craft. My work began to improve rapidly, and soon after I became an award winning master taxidermist. A few years ago I decided to make taxidermy my career. I'm lucky in life to have my loves centered around my work. I have always been a passionate fly fisherman, being in the wetlands with friends and watching the sky for incoming ducks is always a treasure, but my true love is in the uplands. Nothing stirs my soul more than watching my dogs move out in a vast sea of CRP grass in search of pheasants or a covey of sharptails. It is my goal in business to provide my customers with a quality art piece that can be treasured for years. Thanks for visiting my web site, and I hope to talk to you soon.


The two parks are connected by Universal CityWalk. This area comes to life at night with dining and shopping that you won't find anywhere else. You can grab a bite at popular snack spots, like VooDoo Doughnuts or a meal at one of many popular eateries such as Hard Rock Cafe, Toothsome Chocolate Factory, Cowfish and more. If you are in the mood to eat on the run, places like Burger King and Moe's Southwest Grill are right there for you. In the mood for a little light entertainment? Play a round of mini-golf or enjoy a movie at the AMC theater. Whatever you enjoy, there is something for everyone on Universal's CityWalk.
Universal's Volcano Bay Water Park offers thrilling attractions at a convenient location. If you are a guest at Cabana Bay Beach Resort, you will have your own private entrance into this park. The TapuTapu bracelet is your ticket to fun when you download the Universal Parks app. Link your TapuTapu to the app so that you can use it to pay for food & merchandise throughout the park. Skip the lines… Simply tape your bracelet on the symbol by the attraction and you will be checked in to the virtual line and given a return time, the TapuTapu will tell you when it's time to ride. Just don't forget to return your bracelet when you exit the park. Plan a visit to this water park and you will have a splashtacular time.