Mustang or Kingdom of Lo is one of the most isolated inhabited regions in the world. Protected by forbidding mountains, Mustang was once an independent kingdom that controlled trade between the Himalayas and the plains of India. Today, the region is linked by religion, culture and history to Tibet, but is politically part of Nepal. The former kingdom of Lo is one such, where Tibetan culture, religion and tradition are still believed to be the purest, similar to those of Tibet before the Chinese occupation. Until 1991 no outsiders were allowed to enter the Upper Mustang region. Situated on the border of Nepal and Tibet, it is open to only a few select trekking groups each season and the trek follows established trails through substantial villages that once served a thriving trade route between Nepal and Tibet. Four decades ago Tibetan Khampa warriors, trained by the CIA and hosted by local Lo (Mustang) people, staged for attacks on Chinese troops in the region. Mustang is the same route where the 17th Karmapa, the Tibet's third highest lama fled from Tibet into exile.
Still today, the modern civilization remains afar to its people and life in Upper Mustang goes on as it has for centuries in unhurried pace. The civilization surrounds its lifestyle with Tibetan Buddhism and villages have monasteries cloaked in the smoke and aroma of butter lamps. But the scene is changing, as Upper Mustang is slowly beginning to feel the influence of the outside world because of a new highway which will connect the region to Kathmandu and China (Lhasa, TAR) for the first time, steering in a new age of modernism that will change Upper Mustang's villages forever as well as threaten the pure Tibetan culture, lifestyle and Tibetan Buddhism. The struggle is for its people to preserve its own ancient culture.
The photojournal gives a glimpse into former kingdom of Lo or Mustang�s culture, landscape, Buddhist lifestyle in the region.
Found: 57 image(s) on 5 page(s). Displayed: image 49 to 57.


EARLY BIRD PRE-SALE SOLD OUT!
and for those who can only make certain nights, day passes are available at the festival.
Armstrong Metal Fest are proud to reveal the full schedule for this year's 2016 line up that includesheadliners Beyond Creation, Dayglo Abortions, Unleash The Archers, Archspire, Rivers of Nihil, The Zenith Passage and more!
The fest is held in Armstrong, BC on July 15th and 16th at the Hassen Arena showcasing a high caliber of Western Canadian metal along with international touring acts. Follow event details and news at the following facebook event here or www.ArmstongMetalFest.ca.
Tickets are available for $120 CAN per ticket! Camping is included in the ticket price and for those who can only make certain nights, day passes are available at the festival.
Taking influence from Europe's music festival circuit, Armstrong Metal Fest is a heavy metal celebration that encourages metal heads from across Canada and the globe to mosh and camp with the backdrop of great outdoors of British Columbia's Okanagan Valley. What started as a backyard party in 2009 with nothing but eleven local metal bands such as Terrifier, Xul and Odinfist to name a few, has grown into a a huge success admired by the Western Canadian Metal scene. 2016 will be the eighth year of the festival and is planned to be the largest year for music and attendance yet. This year's team of organizers known as the West Metal Entertainment Society is the most dedicated to date and are excited to present an incredible line up along with some changes to come for AMF 2016. Previous years of the festival have seen line ups with Cattle Decapitation, Suffocation, Anciients, Bison BC, Striker, Crimson Shadows, Holy Grail, Archspire, Cryptopsy, Unleash The Archers, Divinity, Into Eternity, Ninjaspy, Vesperia, XUL, Odinfist, Death Toll Rising, Gomorrah among many others .


text:
Bengals address public perceptions
Members of the Cincinnati Bengals addressed some perceptions they've heard or seen about them – and wanted to set the record straight.
Bengals address public perceptions Members of the Cincinnati Bengals addressed some perceptions they've heard or seen about them – and wanted to set the record straight. Check out this story on cincinnati.com: http://cin.ci/2c8GIDy
Jim Owczarski and Paul Dehner Jr., Cincinnati Published 11:39 p.m. ET Sept. 7, 2016
The Bengals' Carlos Dunlap looks dejected as the Bengals lose to the Steelers in the final seconds of the playoff game at Paul Brown Stadium Saturday, January 9, 2016.(Photo: Cara Owsley)
"I don't know what's being said, but I feel like I'm one of the best to ever play the game. And my numbers say that. That's not just me talking. I've been saying it for the last eight, nine years but people just been overlooking the fact that I've been able to be so consistent with my numbers. Wherever I'm at, any defense I'm in – I've played in every defense, I've played every linebacker position there is to play – and I've done it at a high level. So I'm the most consistent linebacker there is in the game, I think."
"Initially, at first thought, it's that I'm mean and I don't talk a lot. It's sort of true but to the people that I trust and that I talk to on a day-to-day basis I'm probably one of the funnier (people). I'm a person that is kind of the opposite. I do talk a lot. I think that's one that I've noticed recently. I don't know why that is, though. KC (Kevin Coyle) been trying to get me to talk – he likes calling me 'The Silent Man.' When he said it I kind of knew somebody else thinks this, that haven't been told that."
"Coming out (of Florida) they didn't think I loved the game. And they don't think I'm a good run stopper. Turn on last year's film. It will answer all the questions."
George Iloka
"During my rookie season, the question was 'is he physical?' because I really didn't have that much opportunity to show my physicality my rookie year for the simple fact that you don't get to tackle in practice and I didn't play much in preseason. So that was the question going into my second year, is he physical? And I think that a few of them hits that knocked out a few guys ended all that."
Cincinnati Bengals safety George Iloka talks in a press conference after signing his new contract at Paul Brown Stadium in downtown Cincinnati, on Thursday, March 10, 2016. (Photo: The Enquirer/Sam Greene)
"I don't really know about my game. A lot of people say I suck. That's the typical critics. I don't feel like that. They say that I'm a show off as far as how I dress. I just like to dress nice. Fashion was always one of my passions. I'm never quiet. Everybody knows I'm not quiet. I just love what I do."
Tyler Eifert
"What I hear a lot is he can't block. I wouldn't say I'm an exceptional blocker, but there's a lot worse than me who have played a long time or made a lot of money."
"The big thing about last year, asking what's different about him? I don't think I was a lot different than I had been before from a personality standpoint and how I was with the team, but all the sudden there was a big difference in me, or at least that's what everybody said."
He's the Bengals' quarterback. But at home, he's a father, husband, brother and son. The Enquirer/Kareem Elgazzar
"None. No one talks to me. No one messes with me with that stuff."
"Sometimes when issues come up I'm very willing to discuss and talk about them. That can come out in a way that is I'm complaining about an issue. That really is the farthest thing from me, to be accurate. I'm not a complainer. I know that if there is this group, a high percentage of us that feels a certain way I don't have any problem voicing that and saying, hey look, this is how guys feel."
"Throughout my years, not that I built my persona in Cincinnati, but people know who I am. The way I am on the field is the kind of person I am off the field, in a way. Obviously, I'm a little (crap)-talker on the field. I'm talking a lot. I do talk a lot of (crap). That's one of those things I enjoy."

redpajama_set_name: RedPajamaCommonCrawl


text:
Semper Fi (The Corps, Book 1)
Written By: W.E.B. Griffin
From The Marine Gazette
From Shanghai to Wake Island, the Corps was America's first line of defense as the winds of war exploded into the devastating surprise attack on Pearl Harbor. This is the story of the men of the Marine Corps, their loves and loyalties, an elite fraternity united by courage and honor, as they steel themselves for battle, prepared to make the ultimate sacrifice... "Action-packed...Difficult to put down."
W.E.B. Griffin is the author of more than thirty epic novels in five series, all of which have been listed on the New York Times, The Wall Street Journal, Publishers Weekly and other best-seller lists. Mr. Griffin grew up in the suburbs of New York City and Philadelphia. He enlisted in the United States Army in 1946. After basic training, he received counter-intelligence training at Fort Holabird, Maryland. He was assigned to the Army of Occupation in Germany. In 1951, Mr. Griffin was recalled to active duty for the Korean War. On his release from active duty in 1953, Mr. Griffin was appointed Chief of the Publications Division of the U.S. Army Signal Aviation Test & Support Activity at Fort Rucker, Alabama. Mr. Griffin's novels, known for their historical accuracy, have been praised by The Philadelphia Inquirer for their "fierce, stop-for-nothing scenes." Mr. Griffin divides his time between the Gulf Coast and Buenos Aires.
Redeem a free book and get a subscription at Audiobooks.com/DrLaura Audiobooks.com is the only place that allows you to instantly listen to audiobooks wherever you are. You can stream up to 50,000 audiobooks instantly to your mobile device or tablet and the first one is FREE.
Already a subscriber to Audiobooks.com? Get: Semper Fi (The Corps, Book 1)
Posted by Staff at 1:59 PM


text:
Q: Особенности передачи float в функцию Си, которая находится в другом модуле Есть две функции на C: main() и f1():
#include <stdio.h>

int main(int argc, char** argv) {

    float count = 11.07;
    double num = 7.25;
    int n = 11;

    printf("\n(main:) %3.2f : %3.2f : %3d\n", count, num, n);
    f1(count, num, n);
    return 0;
}

#include <stdio.h>

void f1(float count, double res, int n) {

    printf("(f1):   %3.2f : %3.2f : %3d\n\n", count, res, n);

}

Вот результат работы функции main():
(main:) 11.07 : 7.25 :  11
(f1):   0.00 : 7.25 :  11
Почему некорректно передается первый параметр float?
Особенности компилятора gcc?
Выходной файл был собран так:
$ gcc -c main.c f1.
$ gcc main.o f1.o -o ./111
$ ./111 (результат выше)
Мне кажется, происходит неявное преобразование float в double.
Дело в том, что не могу изменить сигнатуру файла f1() - он внешний.
Помогите, плз, советом.
Заранее спасибо!!

A: Поскольку у вас в первом файле нет объявления функции f1, компилятор не знает, как именно ее вызывать и передавать в нее аргументы. В результате функция вызывается не так, как должна.
Эксперимент с компилятором VC++ показал то же, что происходит у вас. Но стоило перед int main... добавить строчку
void f1(float count, double res, int n);

как все стало совершенно верно работать.
Кстати, компилятор выдал предупреждение о необъявленной функции:

warning C4013: f1: нет определения; предполагается "extern" с возвратом типа "int"

redpajama_set_name: RedPajamaStackExchange


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Our operations are ISO 13485 certified for the design and manufacture of medical packaging.
Oliver Healthcare Packaging's Grand Rapids, Michigan, USA, Hamilton, Ohio, USA and Venray, the Netherlands facilities are ISO 13485:2016 certified, ensuring the consistent delivery of products and services that meet customer and regulatory requirements and facilitating compliance with global regulations. Oliver Healthcare Packaging, LLC and Oliver Healthcare Packaging BV are registered by BSI, certification number FM 535308.
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A red apple lies among green ones at the World Economic Forum in Davos, in January. Global warming is causing apples to lose some of their crunch but is also making them sweeter, a study said Thursday.
Global warming is causing apples to lose some of their crunch but is also making them sweeter, a study said Thursday.
Previous studies had shown that global warming was causing apple trees to flower earlier, and that harvests were also affected by changes in rainfall and air temperature.
The farms are located in Japan's Nagano and Aomori prefectures, which had seen a mean air temperature rise of 0.31 and 0.34 degrees Celsius (0.5 and 0.6 degrees Fahrenheit), respectively, per decade. The orchards were chosen because there had been no changes in cultivars or management practices for extended periods, thus ruling out non-climate factors like technological improvements in the apple change.
The data collected over the years included measures of acid and sugar concentration, fruit firmness and watercore—a disease that causes water-soaked areas in the flesh of an apple.
Oh nose!!! Sweeter apple juice.


text:
Q: Calculating Variational Derivative Gelfand & Fomin On p.33, exercise 33, of Calculus of Variations, G & F, there is the following question

Calculate the variational derivative at the point $x_0$ of the quadratic functional
$$J[y]=\int_a^b\int_a^bK(s,t)y(s)y(t)dsdt.$$

I'd like to share my solution in case there is a mistake, here it goes:
Consider first the function $$J(y_0,\ldots,y_n)=\sum_{i=1}^n\sum_{j=1}^nK(x_i,x_j)y_iy_jh^2$$ where $y_i=y_i(x_i)$, $y_j=y_j(x_j)$, $h=x_i-x_{i-1}=x_j-x_{j-1}$ and both $\{x_i\}$ and $\{x_j\}$ are equal partitions of $[a,b]$.
Now, we consider the partial derivative of $J$ with respect to $y_k$, being
\begin{eqnarray}
\frac{\partial J}{\partial y_k}&=&h^2\sum_{j=1}^nK(x_k,x_j)y_j+\sum_{i=1}^nK(x_i,x_k)y_i\\
&=&h^2\sum_{i=1}^n(K(x_k,x_i)+K(x_i,x_k))y_i\\
\Longrightarrow\quad\frac{\partial J}{\partial y_kh}&=&\sum_{i=1}^n(K(x_k,x_i)+K(x_i,x_k))y_ih\\
\Longrightarrow\quad\lim_{n\to\infty}\frac{\partial J}{\partial y_kh}&=&\int_a^b(K(x,t)+K(t,x))y(t)dt\\
\therefore\quad\frac{\delta J}{\delta y}\Big|_{x=x_0}&=&\int_a^b(K(x_0,t)+K(t,x_0))y(t)dt
\end{eqnarray}
Thanks in advance.


text:
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Around Asia
The Asahi Shimbun
Fish pictorial book with entry by emperor the hit of the season
By TSUYOSHI NAGANO/ Staff Writer
April 9, 2018 at 19:05 JST
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Two of the four-page entry by Emperor Akihito in "The Natural History of the Fishes of Japan" published by Shogakukan Inc. (Tsuyoshi Nagano)
An illustrated encyclopedia of native fish species of Japan that includes a lengthy entry by Emperor Akihito on his study of goby is the unexpected hit of the season.
Priced at 6,900 yen ($64.50), the weighty tome published by Shogakukan Inc. has sold like hotcakes since it was released March 20, and a second printing run is already in the works.
The encyclopedia runs to 544 pages, and Akihito wrote four of them.
"The Natural History of the Fishes of Japan" contains detailed descriptions, along with photographs, of 1,400 or so fish native to Japan. It is aimed at amateur enthusiasts and academics.
A first edition of a specialized illustrated encyclopedia to be considered for a reprint after 5,000 sales in a year after publication is generally regarded as a success in Japan's publishing world.
According to the publisher, the title at one point ranked fifth in overall book sales on Amazon.co.jp. With the initial run of 6,000 copies expected to sell out soon, it was decided that a reprinting was in order.
The editorial team ran an online promotional campaign over two years on Twitter and Facebook, and gained a fan base prior to the book's publication.
BREAKING THE MOLD
The Internet with its quick access to information has dealt a heavy blow to publishers of pictorial books.
Hoikusha Publishers Co. has released more than 70 titles in a series of full color illustrated encyclopedias that were highly rated by experts, covering the gamut from minerals to flora and fauna. It last published a new title more than 20 years ago, and the editors' team for illustrated encyclopedias has been disbanded.
On the other hand, sales of educational pictorial books for kids have risen steadily in general, supported by parents willing to splurge on such materials.
Shogakukan sells 500,000 or so copies of children's pictorial books annually, but "The Natural History of the Fishes of Japan" was its first release of an illustrated encyclopedia for adults in over a decade.
Some company members initially were doubtful the book would sell.
Its success is due in part to the efforts of Shogakukan editor Yoshitaka Kitagawa, who was in charge of the publication project and editing. He was confident the encyclopedia would turn heads if it demonstrated a "deep knowledge that would surprise even biology enthusiasts, rather than simply explain different species." This was born out of his fascination as a child by appendices at the end of educational pictorial books.
To realize the project, Kitagawa worked with Tetsuji Nakabo, professor emeritus of fish taxonomy at Kyoto University, who served as supervising editor of the book. Together, they mapped out an editorial policy for the book, pitching it as one that teaches curious aspects of the lives of fish and includes intriguing images of the creatures that ordinary illustrated encyclopedias would not have, backed by detailed descriptions.
One example is a photograph of baby hammerhead shark that is connected to its mother by an "umbilical cord," just like a mammal.
The entries by Emperor Akihito mirrored the editorial policy. For example, a close profile picture of a dusky triple tooth goby, or tridentiger obscurus, was juxtaposed with images of two close species, to compare the positions of their mouths while pointing out how the physical features of species reflect their lifestyles or diet.
Kitagawa said Akihito suggested to the editors that they use cross section images of a goby's head to help explain the difference.
Kitagawa, impressed by Akihito's passion for his subject, learned that he kept a number of goby in a tank so he could write his entry for the encyclopedia.
KEEPING LONGSTANDING OATH
While the book was being edited, Nakabo was in charge of correspondence with Akihito, and Kitagawa only met with the emperor on the day of the book's March 20 release to present him with complementary copies.
Their meeting was scheduled to last an hour, but Kitagawa and Akihito got so engaged in talking about fish that it went on for a further 40 minutes.
Kitagawa recalled that he was so nervous about meeting Akihito that he withheld the fact that they had previously met once before at an academic conference when Kitagawa was a university student of science of fisheries. He already had an offer of employment from Shogakukan, and he promised Akihito that he would one day be an editor and "publish an illustrated encyclopedia of fishes."
"I could not tell him that I was the student at the conference, but I am relieved I was able to fulfill my promise," Kitagawa said.
Shogakukan plans to continue publishing new specialized pictorial books. It has already started on its next project about birds.
Tech wizardry brings lost 'Siege of Osaka' screens back to life July 18, 2019
KYOTO GOES KAWAII: Rokkaku shop's foil-stamped cards ideal for special messages July 17, 2019
GOHAN LAB/ Cold dish of steamed eggplant: Gentle, summery flavor July 17, 2019
'Detective Conan' train gets new look, hoping to draw in fans July 16, 2019
Reincarnation stories a hit for young readers seeking escape July 15, 2019
SOCCER/ North and South Korea to meet in 2022 World Cup qualifiers
Kyoto researcher shows his mettle in the face of huge heartache
Tech wizardry brings lost 'Siege of Osaka' screens back to life
Ghosn: Japan's biggest plea bargaining case
This special page portrays the dramatic arrest of Carlos Ghosn and the twists and turns that followed.
Light and Darkness brought by Carlos Ghosn
This special page reviews what the former Nissan Motor Co. chairman left during his 19 years in Japan.
This special page details how journalists uncovered shady transactions through Bermuda and other tax havens.
Transform through SDGs
Here are reports about efforts in Japan and abroad to achieve the U.N. sustainable development goals.
Winner of most strange creature in Japan is an aquarium keeper
Dinosaur exhibit features the 'horrible hand,' Hokkaido find
Asahi Shimbun on Twitter
Asahi Weekly
In-house News and Messages


text:
\section{Introduction}\label{Int}

We studied certain possibilities to transform  a linear partial
differential equation (LPDE) into the form allowing the separation
of variables (SoV) by integral transformations.
This 'non-coordinate' SoV differs from the conventional SoV
realized by a purely coordinate transformation.
In the classical mechanics, this approach is similar to the
position-momentum canonical transformations in the phase space
reducing a Hamilton system to the action-angle variables.

One of the realization of  the 'non-coordinate' SoV was found
in the form of the functional Bethe-anzatz (FBA)\cite{Skl90}
appeared in the frame of the $R$- matrix formalism.
The $R$- matrix formalism was developed on the background of
the quantum inverse scattering method \cite{ISM86}.
The FBA-method generates effectively classes of
integrable systems, however it is difficult to apply the FBA to
a certain equation as we believe.

In this paper we consider a relationship between the FBA-
constructions and the conventional method of SoV,
that, in particular, highlights some
ways of the 'direct' non-coordinate SoV, using no
$R$ - matrix formalism constructions.

In the general sense, the  method of separation of variables
in a linear
partial differential equation with $n$ arguments
$(x)=(x_i) _{1\ge i\ge n}$
$\in R^n$ is a procedure which brings the LPDE
\begin{equation}\label{01}
F\psi (x) =0
\end{equation}
into the form where the solution $\psi$ can be written
\begin{equation}\label{02}
\psi _\lambda (x) =S(x)\Pi _{i=1}^{n}\psi _i (x_i,\lambda).
\end{equation}
(We discuss the local aspects of the SoV, therefore all the functions
are suggested to be smooth). Here $S(x)$ is a function of $(x)$,
and the function $\psi_i (x_i,\lambda)$ depends only on $x_i$ and
separation parameters
$\lambda\in C^{ (n-1)}$. The number of parameters $\lambda$ provides the
'local completeness' of the solution family  (\ref{02}), so, that an
arbitrary solution of (\ref{1}) can be formally expanded into
(\ref{02}).

Below herein we notice some aspects of the theory, that are necessary
for this paper.

The theory of complete and partial separation of variables  in a
scalar LPDE of the second order of both non-parabaloic and parabaloic
types is developed entirely. The theorem on necessary and sufficient
conditions of the SoV has been proved in \cite{ShapVN80}, where  two
basic problems in the SoV theory are solved:
\begin{enumerate}

\item The general
form  of an LPDE of both parabaloic and non-parabaloic types, admitting
SoV  in a system of separable (privileged) coordinates was found. The
correspondent form of the system of ordinary differential equations on
the functions $\psi_i(x_i,\lambda) $ (separated system) and the SoV
procedure  were presented.

\item An invariant criterium of the SoV was obtained
for a certain equation in an arbitrary
coordinate system. This criterium provides the algorithm of the
transformation from an arbitrary coordinate system to the privileged
system.
\end{enumerate}
The criterium is based on the  existence of a complete set of
pairvise commuting symmetry operators of the first and the second
orders  which  satisfy the special algebraic conditions \cite{ShapVN80}.

The invariant criterium is important because
the SoV is not invariant to a coordinate transformation.

The theorems in \cite{ShapVN80} assume that the separation
of variables in an LPDE of the second order (\ref{01})
can be made by the following transformations:
\begin{itemize}
\item[] a coordinate transformation  of the form $x'=x' (x) $
independent on the separation parameters $\lambda$,

\item[] a function of the form $\psi' (x)=S (x)\psi ( x) $
where $S(x)$ is a function of $x$.
\end{itemize}
This kind of the SoV we shall call the CSoV (conventional SoV).

Rather different approach to the integrability problem has provided
the discovery of the quantum inverse scatting method \cite{ISM86} which
initiated afterwards  the method of the $R$- matrix. In many
papers (see, for example, \cite{Skl85}, \cite{KomKuz87}, \cite{Skl89},
\cite{KomKuz90}),  the relationship between the $R$ - matrix
formalism and the SoV was found. The approach based on this relationship
and named the FBA was suggested in the paper \cite{Skl90}.
The FBA applied to the classical Hamilton system
admits  a possibility to use a 'non-coordinate'
position-momentum canonical transformation to the privileged variables
unlike  the CSoV method.   In terms of  the
differential equation, the FBA leads to the SoV after some
integral transformation of the LPDE system.
In this approach,  integro-
differential operators can play the role of the
privileged coordinates $x$. In this coordinates, the solution  can be
presented in the multiplicative form (\ref{02}).  The equations on
the functions $\psi _i$ in (\ref{02}) (the separated system) are
non-local in general case.

The study of a quantum system (LPDE system)
can be carried out basing on the FBA by the following scheme:
\begin{enumerate}
\item to find $R$- matrix as a solution of quantum  Yang-Baxter equation,
\item to look for the representation of $R$- matrix algebra
\cite{Skl90} in the class of $(n\times n) -L$  operator matrices.
\item to find a system of LPDEs described
by this operator matrices.
\end{enumerate}
The operator matrix $L$ satisfying all the conditions of the FBA
and describing some LPDE solves the
problem of the SoV:
it generates the form of a privileged coordinates
and the form of separated equations.
As we believe, the direct way to build up all elements of
$R$- matrix formalism for a certain quantum system (a system of LPDEs)
is not found in general case.

In this paper we consider the common features of the
CSoV and the FBA. An approach based on auxiliary operators is proposed.
It leads a certain LPDE to the
SoV by integral transformations. The correspondence of
auxiliary operators to the CSoV and FBA is discussed.
General statements are illustrated by several examples including the
well known quantum Goryachev-Chaplygin top.

\section{Operator equation and its relationship
to the CSoV and FBA} \label{OE}

We consider a quantum system, which is reduced to a
pair of compatible two-dimensional LPDEs of an arbitrary order:
\begin{equation}\label{1}
\begin{array}{ll}
&H_1 (x_1, x_2,\partial_{x_1},\partial_{x_2})\psi (x_1, x_2)=
\epsilon_1\psi (x_1, x_2), \\
&H_2 (x_1, x_2,\partial_{x_1},\partial_{x_2})\psi (x_1, x_2)=
\epsilon_2\psi (x_1, x_2),\\
&[H_1, H_2] =0.
\end{array}
\end{equation}
Here and below $\partial_{x_k}=\displaystyle\frac{\partial}{\partial_{x_k}},\;
\partial_{x_kx_l}=\displaystyle\frac{\partial^2}{\partial_{x_k}\partial_{x_l}},
\;k,l,s,\dots=1,2,\;\epsilon_k$ - are parameters.  Let us define the
linear partial differential operators $U_1$ and $U_2$ of the orders $n_1$
and $n_2$ respectively ($n=0$ corresponds to  the multiplication operator
on a function), by the system:

\begin{equation}\label{2}
\begin{array}{ll}
&[U_1, H_1]+[U_2, H_2] =0,\\
&[U_1, U_2] =0.
\end{array}
\end{equation}
If $U_1$ and $U_2$ are supposed to be  functions,
we have the following

\begin{teo}
If the operators $H_1$ and $H_2$  of the second order
permit the separation of variables in Eqs.(\ref{1}) via CSoV,
then the solution of  Eqs.(\ref{2}) in a class
of functions ($n_1=0, n_2=0$) exists.
\end{teo}

{\it Proof}:
Let  the variables in Eqs.(\ref{1})  are separated in a certain
coordinates $x$. Then the matrices $h_1^{kl}$ and $h_2^{kl}$ of the
coefficients at the second order partial derivatives  of the operators
$H_1$ and $H_2$ have the form:
\begin{equation}\label{3}
h_s^{kl}=\sum_r\Phi^{-1}_{sr}\delta_r^k \delta_r^l,
\end{equation}
where  $\delta_k^l$ is the Kronecker delta and
$$
\Phi_{sq}=\left
(\begin{array}{c c}
f_1 & g_1\\f_2 & g_2\\
\end{array}\right)
$$
is the St\"ackel matrix.
Lower index at the functions $f_s$ and $g_s$ indicates
the number of correspondent privileged variables on which the
function depends. Notice, that a matrix of the form $\Phi
_{ks}=\Phi _{ks}(x_k)$ is  the  St\"ackel matrix by the definition.

For the  operators $H_1$ and $H_2$ of the second order,
Eqs. (\ref{1}) takes the form
$$
\sum_l (h_1^{kl}U_{1, l}+h_2^{kl}U_{2, l})=0,
$$
($U_{s,l} = \partial U_s/\partial x_l$) which,  taking into the account
Eq.(\ref{3}) in the privileged variables $V_1$ and $V_2$, results in
\begin{equation}\label{5}
\Phi^{-1}_{1s}U_{1, s}+\Phi^{-1}_{2s}U_{2, s}=0.
\end{equation}
The integration of Eq.(\ref{5}) gives:
$$
U_k=\sum_l\Phi^{-1}_{kl}q_\l,
$$
where $q_1,\;q_2$ are arbitrary functions of
$V_1$ and $V_2$, respectively.

The relationship between the functions $U_1$ and $U_2$ and the
separable variables $V_1$ and $V_2$ can be obtained from the
following
\begin{teo} If  the operators of the second order $H_1$ and
$H_2$ satisfy  the CSoV conditions,  and  $V_1$ and $V_2$ are the
privileged coordinates then Eq. (\ref{2}) is fulfilled for
$U_1=V_1+V_2$ and $U_2=V_1V_2$.  \end{teo}

{\it Proof}: According to the CSoV,
the  privileged coordinates  can be taken in the form:
\begin{equation}\label{7}
\begin{array}{ll}
&V_1=1/2 (\mbox{tr}\: (h_1\cdot h_2^{-1})+\sqrt{\mbox{tr}\: (h_1\cdot h_2^{-1})
^2+4\det (h_1\cdot h_2^{-1}) }), \\
&V_1=1/2 (\mbox{tr}\: (h_1\cdot h_2^{-1}) -
\sqrt{\mbox{tr}\: (h_1\cdot h_2^{-1}) ^2+4\det (h_1\cdot h_2^{-1}) }).
\end{array}
\end{equation}
Let us show, that for $U_1$ and $U_2$ we can take
\begin{equation}\label{8}
\begin{array}{ll}
&U_1=V_1+V_2=\mbox{tr}\: (h_1\cdot h_2^{-1}),\\
&U_2=V_1\cdot V_2=\det (h_1\cdot h_2^{-1}).
\end{array}
\end{equation}
Substitution of the matrices $h_1$ and $h_2$ of the form (\ref{3})  into
the expressions for the trace and the determinant yields:

\begin{equation}\label{9}
\begin{array}{ll}
&U_1=\mbox{tr}\: (h_1\cdot h_2^{-1})=(f_2g_1+f_1g_2)/{f_1f_2},\\
&U_2=\det (h_1\cdot h_2^{-1}) =g_1g_2/f_1f_2.
\end{array}
\end{equation}
From (\ref{5}) it follows
\begin{equation}\label{10}
\begin{array}{ll}
&(g_2U_1-f_2U_2), _1=0,\\
&(g_1U_1-f_1U_2), _2=0.
\end{array}
\end{equation}
Substitution of $U_1$ and $U_2$ from (\ref{9}) into (\ref{10}) gives:
$$ (g_2^2/f_2),_1=0,\;\; (g_1^2/f_1), _2=0. $$

The similar connection between
the FBA and the system (\ref{2}) exists if  $U_1$ and $U_2$
are operators.
The separated system can  be written after the transformation to
the representation of these operators.

We consider the quantum system described by
($2\times 2$) $L$- matrix associated with yangian $Y[gl(2)]$:
$$L(u)=\left (
\begin{array}{c c}
A (u) & B (u)\\C (u) & D (u)\\
\end{array}
\right). $$
Here $A(u),\;B(u),\;C(u)$ and $D(u)$ are linear differential operators
depending on the spectral parameter $u$.
Following to the $R-$ matrix formalism \cite{Skl90} we have:
\begin{equation}\label{11}
\mbox{tr}\:(L (u)) =A (u) +D (u) =u\cdot H_2+H_1
\end{equation}
with
\begin{equation}\label{12}
\begin{array}{ll}
&[A (V_k), V_l]=\mu A (V_k)\delta_{kl}, \\
&[D (V_k), V_l]=-\mu D (V_k)\delta_{kl}.
\end{array}
\end{equation}
Here $\delta_{kl}$ is the Kronecker delta and $\mu$ is the parameter of
$R$ - matrix.  According to the FBA, operators  $V_s$ become the separable
variables after transformation to their representation.
From commutators for $\mbox{tr}\:(L(V_k))$ with separable variables $V_l$ and
Eqs.(\ref{11}), (\ref{12}),
we obtain:
\begin{equation}\label{15}
[H_1, V_1+V_2]+[H_2, V_1\cdot V_2] =0.
\end{equation}
So, it is true the following:
\begin{teo}
If the system (\ref{1}) permits SoV via the FBA
then the operators $U_1$ and $U_2$ satisfying (\ref{2}) exist, where
$U_1=V_1+V_2$ and $U_2=V_1V_2$. Here $V_1$ and $V_2$ are the operators
correspondent to the separable by the FBA variables.
\end{teo}

The existence of the operators  $U_1$ and $U_2$  satisfying
(\ref{2}) can be understood as a necessary condition for the
applicability of the FBA method.

Let us consider a special case of Eq.(\ref{2}) where
each term in it equals to zero:
\begin{equation}\label{50}
[H_1, U_1]=[H_2, U_2]=0.
\end{equation}
Eq. (\ref{50}) appears  in the  simplest cases of the SoV.
Eq.(\ref{50}) have the solution in the class of functions if
each of the equations in the system (\ref{1}) includes only one variable
or if the SoV in (\ref{1}) can be obtained by the transformations of
variables without linear combination of the equations. If $H_1$ and
$H_2$ in (\ref{1}) are of the form
$H_1=H_1(U_1,U_2)$ and
$H_2=H_2(U_1,U_2)$ then this $U_1$ and $U_2$ are
the solution of (\ref{50}).

We showed that the various types of the SoV relate to the auxiliary
operators, which are the solutions of (\ref{2}) of
the correspondent type. This idea is investigated
in the approach below.

\section{Integral transformations} \label{I}

Let us consider an integral transformation  of the system
(\ref{1}) with kernel $K (x_1, x_2;\lambda_1,\lambda_2) $ defined
by the system of differential equations:
\begin{equation}\label{17}
\begin{array}{ll}
&U_1 (x_1, x_2,\partial _{x_1},\partial _{x_2}) K (x_1, x_2;\lambda _1,\lambda _2)=
\lambda_1K (x_1, x_2;\lambda _1,\lambda _2),  \\
&U_2 (x_1, x_2,\partial _{x_1},\partial _{x_2}) K (x_1, x_2;\lambda _1,
\lambda _2)=\lambda _2K (x_1, x_2;\lambda _1,\lambda _2).
\end{array}
\end{equation}
Here $U_1$ and $U_2$ are the solutions of (\ref{2})

Let us take $\psi (x_1,x_2) $ in the form:
\begin{equation}
\label{18}
\psi (x_1, x_2)=\int K (x_1, x_2;\lambda _1,\lambda _2)
\phi (\lambda _1,\lambda _2) d\lambda _1 d\lambda _2.
\end{equation}
Inserting (\ref{18}) into  (\ref{1}) and converting the action
of the operators $H_1$ and $H_2$ from $\psi (x_1, x_2)$ to
$\phi (\lambda _1,\lambda _2) $ we obtain:
\begin{equation}\label{19}
\begin{array}{ll}
&R_1 (\lambda_1,\lambda_2,\partial_{\lambda_1},\partial _{\lambda _2})\phi (\lambda _1,\lambda _2) =
\epsilon_1\phi (\lambda_1,\lambda_2),\\
&R_2 (\lambda _1,\lambda _2,\partial _{\lambda _1},\partial _{\lambda _2})\phi (\lambda _1,\lambda_2) =
\epsilon_2\phi (\lambda _1,\lambda _2).
\end{array}
\end{equation}
Here $R_1$ and $R_2$ are integro- differential operators in the
general case.  The variables can be separated in the system (\ref{19})
under the proper choice of $U_1$ and $U_2$.
The theorems 1 and 3 of the previous section serve for
the arguments in this approach.

As mentioned above, $U_1$ and $U_2$ are the functions
in the CSoV  case. Then the solution of Eq. (\ref{17}) is  the
Dirak delta. The transformation to the system (\ref{19}) is identical.

If $U_1$ and $U_2$ are the operators, the integral transformation
can lead to SoV the systems, that are not separable by a coordinate
transformation.  These examples are discussed in the next section.
The problem of the proposed approach is the complexity of
the transformation to the system (\ref{19}), if the kernel (\ref{17})
is complex, and the proper choice of $U_1$ and $U_2$ from all
solutions of (\ref{2}).

Notice, that after transformation to the suitable
$(U_1,\; U_2)$ representation, the separable variables $V_1$
and $V_2$ can be found from: $U_1=V_1+V_2,\; U_2=V_1V_2$.

\section{Examples}
\subsection{The system of LPDEs of the second order
not permitting CSoV}

If the system (\ref{1}) permits the CSoV, then
the operators $H_1$ and $H_2$ must satisfy some
algebraic conditions \cite{ShapVN80}. In the  example below,
this algebraic condition is broken,
but it recovers after integral transformation  according
the approach  of sec. \ref{I}.
Let the operators $H_1$ and $H_2$ in (\ref{1}) are:
\begin{equation}\label{20}
\begin{array}{ll}
&H_1=\partial_{x_1x_1}+\partial _{x_2}+\mu (x_2^2\partial _{x_2}+x_1^2), \\
&H_2=x_2\partial _{x_1x_2} -\frac{1}{2}x_1\partial _{x_2}+\frac{1}{2}\mu
x_1x_2^2\partial_{x_2},
\end{array}
\end{equation}
where $\mu$ is a constant.
The system does not satisfy
the necessary condition of the CSoV, which can be formulated here in the
form:
$$ \mbox{tr}\: (h_1\cdot h_2^{-1}) ^2+4\det (h_1\cdot h_2^{-1}) > 0. $$
Here $h_1$ and $h_2$ are the matrices of the coefficients at the second
order partial derivatives of the operators $H_1$ and $H_2$ respectively.
Solving the system (\ref{2}) we obtain, in particular:
$$
\begin{array}{ll}
&U_1=x_1,\\
&U_2=x_2^2\partial _{x_2}.
\end{array}
$$
The solution of (\ref{17}) is $K=\exp{ (-\lambda_2/x_2)}\delta (x_1 -\lambda_1)$.
The integral transformation yields to:
\begin{equation}\label{21}
\begin{array}{ll}
&R_1=\partial _{\lambda _1\lambda _1}+\lambda _2\partial _{\lambda _2\lambda _2}+\mu (\lambda _1^2+\lambda
_2^2),\\
&R_2=\lambda _2\partial_{\lambda _1\lambda _2} -\frac{1}{2}\lambda _1\lambda _2\partial
_{\lambda _2\lambda _2}+ \frac{1}{2}\mu\lambda _1\lambda _2.  \end{array} \end{equation}

The system (\ref{21}) allows the CSoV:
$$
\begin{array}{ll}
&T (V_1)\psi (V_1) =0,\\
&T (V_2)\psi (V_2) =0,\\
&T (V)=\partial_{VV}+\mu/4V^2-\epsilon_1-\epsilon_2/V.
\end{array}
$$
Here the separable variables $V_k$ are related to $U_k$ as follows:
$$
\begin{array}{ll}
&V_1=U_1+U_2,\\
&V_2=U_1\cdot U_2.
\end{array}
$$

\subsection{Quantum Goryachev-Chaplygin top}

In this example we apply the approach to the well known quantum
system studied by the FBA method in \cite{KomKuz87}.

Let us consider the quantum analogue
of the Hamiltonian system on the Lie algebra $e (3) $.
The generators can be taken in the class of  differential operators
in the space $R^3$ with the conventional commutators:

\begin{equation}
[J_i, J_j]=-i\sum_k\epsilon_{ijk} J_k,\;\;\; [J_i,
x_j]=-i\sum_k\epsilon_{ijk} x_k,\;\;\; [x_i, x_j] =0.
\end{equation}
Here $i,j,k=1,2,3$.

The Casimir operators have the  form:
\begin{equation}\label{002}
K_1=x_1^2+x_2^2+x_3^2,\;\;\;
K_2=x_1 J_1+x_2 J_2+x_3 J_3.
\end{equation}
The Quantum Goryachev-Chaplygin top
is described  by the Hamiltonian $H$ and the additional integral
of motion $G$\cite{KomKuz87}:

\begin{equation}\label{003}
\begin{array}{ll}
&H=\frac{1}{2} (J_1^2+J_2^2+4J_3^2)-bx_1, \\
&G=(2J_3+p)(J_1^2+J_2^2 -\frac{1}{4}) +b [x_3, J_1] _+ .
\end{array}
\end{equation}
Here $b$ is a constants, $[A,B]_+=AB+BA$.
The operators $H$ and $G$ commute on the subspace of  eigenfunctions
$\psi$ of the Casimir operators matching the eigenstates equal to $1,\;0$:
\begin{equation}\label{33}
K_1(J, x)\psi=1\cdot \psi,\;\;\; K_2(J, x)\psi=0.
\end{equation}
In this case the system of Eq.(\ref{002}) and
(\ref{003}) is integrable.

The reduction of $H$ and $G$ on the selected integrable orbit
is obtained here by the method of noncommutative
integration of the LPDE developed in \cite{Sh95}.
Written in the variables of the orbit $\zeta_1,\zeta_2$,
the system has a form:

\begin{equation}\label{443}
\begin{array}{ll}
&H=\frac{1}{2} ((4+\tan{\zeta _2}^2)\partial_{\zeta _1\zeta_1}-
\tan{\zeta _2}\partial_{\zeta _2}+\partial_{\zeta_2\zeta_2})-
b\sin{\zeta _1}\cos{\zeta _2}, \\
&G=2\partial _{\zeta _1} (\tan{\zeta _2}^2\partial_{\zeta _1\zeta_1}+
\partial_{\zeta_2\zeta_2} -\tan{\zeta _2}\partial _{\zeta _2}-1/4)-\\
&b(2\sin{\zeta _1}\sin{\zeta _2}\tan{\zeta _2}\partial _{\zeta _1}+
2\cos{\zeta _1}\sin{\zeta _2}\partial _{\zeta _2}+
\cos{\zeta _1}\cos{\zeta _2}).
\end{array}
\end{equation}

This system can be considered as the quantum
analogue of the reduced system on the orbit of the
coadjoint representation of the Lie algebra $e(3)$.

In this system the constraints (\ref{33}) produced by the
Casimir operators are eliminated  and the condition $[H, G]$=0 is
satisfied.

Solving system (\ref{2}) for $H_1=H$ and $H_2=G$ we
obtain,  in particular:
\begin{equation}
U_1=\tan{\zeta _2}^2\partial_{\zeta_1\zeta_1}-
\tan{\zeta_2}\partial_{\zeta _2}+\partial_{\zeta _2\zeta_2},\;\;
U_2=2\partial_{\zeta _1}.
\end{equation}
According to our approach the separable variables $V_1$ and $V_2$
are related to $U_1$ and $U_2$  as follows:
\begin{equation}\label{444}
U_1=V_1+V_2,\;\;U_2=V_1\cdot V_2.
\end{equation}
This result can be interpreted in the frame of the FBA.
The separable variables are by the FBA of the form \cite{KomKuz87}:

\begin{equation}\label{446}
\begin{array}{ll}
&V_1=J_3+\sqrt{J_1^2+J_2^2+J_3^2},\\
&V_2=J_3 -\sqrt{J_1^2+J_2^2+J_3^2}.
\end{array}
\end{equation}
After the substitution of (\ref{446}) in (\ref{444})
in the orbit variables $\lambda _1,\lambda _2$ we
obtain (\ref{443}), which is defined from our approach.

The system (\ref{19}) is difficult to derive
due to the nonanalytic kernel of integral transformation
defined by (\ref{17}).

It is known from the FBA, that the system (\ref{003}) in terms of the
variables $V_1$ and $V_2$ takes the separable form:
$$
\begin{array}{ll}\label{555}
&T (V_1)\psi (V_1) =0,\\
&T (V_2)\psi (V_2)=0,\\
&T (V) =V^3-2 (h+1/8) V+g-b \sqrt{ (V-1) ^2+1/4}
e^{2\partial_V}-\\
&b \sqrt{ (V+1) ^2+1/4}e^{-2\partial_V}.
\end{array}
$$
Here $f$ and $g$ are the eigenfunctions of $H$ and $G$, respectively.
In (\ref{555}), $V_1$ and $V_2$ can be taken from (\ref{444}).  We can
interpret the separable variables as the quantum analogue
variables of the integrable coadjoint orbit of the of the Lie algebra
$e(3)$.

\subsection{Electron dynamics in resonant cyclic accelerator}

We apply our approach to  a quantum system,
which exact solution was found in \cite{Bagr70}.
The quantum system is determined by the Hamiltonian:
\begin{equation}\label{60}
\begin{array}{ll}
&H_1=\partial_ {xx} -
2i\gamma x\partial_{\xi}-a^2x^2
-\gamma \gamma _0\xi^2 \\
&-a_3^2\displaystyle\frac{z^2}{f(z)}+f(z)\partial_{zz}.
\end{array}
\end{equation}
The parameters $a_3,\gamma,\gamma_0$ of the Hamiltonian  have a
definite physical sense, $f(z)$ is a function.  The variable $z$ can be
simply separated. The symmetry operator of the second order can be found
as:
\begin{equation}\label{61}
H_2=-2i\gamma \gamma_0
\xi\partial_x+ \gamma _0\xi^2 -\gamma ^2\gamma _0x^2
-\gamma \partial_{\xi\xi}.
\end{equation}
This system does not satisfy the CSoV conditions.
One of the solutions of the equation (\ref{2}) is:
\begin{equation}\label{62}
U_1=\partial_{\xi},\quad U_2=x.
\end{equation}
Substituting (\ref{62}) in (\ref{17}) we obtain, with respect to $x_1=x$
and $x_2=\xi$, identical transformation for the  variable $x$ and Fourier
transformation for $\xi$. This is similar to the results
of \cite{Bagr70}.  After this transformation, the system (\ref{60}),
(\ref{61}) takes the form:
\begin{equation}\label{63}
\begin{array}{ll}
&R_1=\partial_{\lambda_1\lambda_1} -
\gamma \gamma _0\partial_{\lambda_2\lambda_2}+ 2\gamma
\lambda_1\lambda_2-a^2 \lambda_1^2,\\
&R_2= -\gamma _0\partial_{\lambda_2\lambda_2}+
2\gamma \gamma _0\partial_{\lambda_1\lambda_2} -
\gamma ^2\gamma _0 \lambda_1^2+\gamma \lambda_2^2.
\end{array}
\end{equation}

The transformation of variables
$$
\begin{array}{ll}
&V_1=\displaystyle\frac{\gamma }{a_4 \sqrt{a_1}}
(\displaystyle\frac{a_1^2}{\gamma }\lambda_1-\lambda_2), \\
&V_2=\displaystyle\frac{\gamma }{a_4 \sqrt{a_2}}
(\lambda_2 -\displaystyle\frac{a_2^2}{\gamma }\lambda_1)
\end{array}
$$
Here $a_1,a_2,a_4$ are expressed in terms of
$\gamma_0,\gamma,a$.  This transformation reduces
the system (\ref{63}) to the separated form:
$$
\begin{array}{ll}
&(\partial_{V_1V_1} -V_1^2)\psi(V_1,V_2)=\epsilon_1\psi (V_1,V_2), \\
&(\partial_{V_2V_2} -V_2^2)\psi(V_1,V_2)=\epsilon_2\psi (V_1,V_2).
\end{array} $$

\section{Conclusion}

We showed the interrelation between  the
separable variables of the FBA and the method of complete
SoV in the scalar second order equation in terms of auxiliary
operators $U_1$ and $U_2$. The conventional SoV appeared to be
the simplest type, if $U_1$ and $U_2$ are operators of
multiplication on the functions. The FBA theory, which generalizes the
theory of SoV, produces the operators $U_1$ and $U_2$ in more complicate
form.

We put in the background of
our approach the operators $U_1$ and $U_2$, which are the solutions of
Eq.(\ref{2}) in class of the differential operators.
It provides a 'direct' way of the
'non-coordinate' SoV for an LPDE system.
It can be applied, for example, to the systems with higher
order symmetries.
Such a problem was researched in various papers (see, for example
\cite{Hiet87}).

It is interesting, from our point of view,
to study the following items:
\begin{enumerate}
\item[] the sufficient condition of the SoV in terms
of the auxiliary operators
\item[]  the analogue of Eq.(\ref{2}) in 3
and more dimensions can be the theme of latest development
\item[] the
structure of the auxiliary operators for the different types of LPDE.
\end{enumerate}
It will be the subject of the further papers.

redpajama_set_name: RedPajamaArXiv


JACKSONVILLE, Fla. - An armed carjacking at Soutel Food Store Wednesday evening lead the Jacksonville Sheriff's Office to the Jacksonville International Airport.
The victim's car was taken at gunpoint at about 4 p.m. Police learned that the vehicle had a GPS tracker on it, and officers and the air unit used it to track the vehicle to the airport.
Airport police located three suspects from the car, including the alleged carjacker. According to JSO there was no danger to the public or the airport.
There are no injuries or property damage reported.
JSO is continuing to investigate the incident.
JACKSONVILLE, Fla. -- Community leaders united at the Regal River City Marketplace Stadium 14 on Friday morning to address a 600-person strong brawl Christmas Day that took place outside the theater.
Residents, young people, religious leaders, educators, organizational leaders and elected officials joined forces to address the Christmas Day "melee" at the Regal River City Marketplace Stadium 14, which was rushed by a group of juveniles and young adults allegedly trying to force their way into a movie. The group quickly moved outside, and grew in size to a massive 600.
Five people were arrested and several hundred young people were involved.
Community advocate Commissioner Cheryl A. Williams said in a press release, "what was reported to have occurred at Hollywood Theaters is not representative of our young people, our culture, nor our community."
JACKSONVILLE, Fla. -- Tonight the On Your Side team has a cautionary tale for anyone who gets prescriptions filled.
She said her insurer was billed more than $10,000 and she wants to know why. She turned to the On Your Side team to get answers.
Annie Walton said she lives with pain, so she uses a prescription cream.
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Walton was prescribed a compound cream. The prescription included twelve bottles for a 90-day supply. She then saw the cost breakdown of the prescription on her explanation of benefits.
The form shows that Wellhealth Pharmacy, which made her prescription to order, submitted $15,924.57 to Tricare, her government healthcare plan.


The Funky Felter: I've been Mintd!
Well, after seeing many of my favorite Etsy sellers migrate to Mintd and open shops, I decided to as well. Yeah, that's right, now I have three online shops to keep up with, my Etsy shop, my Ecrater shop, and now a brand new Mintd shop. Both the Ecrater shop and Mintd shop are still very much in the building phases. I primarily still sell through Etsy, which I adore, but I plan to better develop both of my other shops when I have more time this summer.
So why did I do it? Because Mintd seems to have a super set up. The Australian based website is very modern and clean in its design. It also has neat and original features such as Lookbooks which I'm still trying to figure out, but I did post one of my very own today called Pink Swirls for Girly Girls. And yes, it is very pink, girly, and swirly, but it is also bright and fun and filled with accessories too.
I think that the magic number is three, though. In other words, I don't plan on adding any more online venues to sell from, but Mintd was just too good to resist. I can't wait to see what results I will have. Honestly, I haven't had much response on Ecrater, but I also haven't developed my store so that could be it too. Hopefully, Mintd will prove to be profitable, interesting, and fun. I already like the community there and have joined their Flickr group, Mintd Styles. They also gave me a free plan upgrade to their "Pro Plan" as a promotional for being one of the first 200 shops to register. So thus far, big kudos to Mintd . . . we'll see how it goes. I hope that I can keep up with it all, but at least I'll have crazy fun trying!
I just got my orange wool ring today and I love it!!!


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On the Campus Being there
By Princeton Alumni Weekly
Published in the September 19, 2012 Issue
A Princeton education doesn't all take place at Princeton
A Princeton education doesn't all take place at Princeton. During the summer, 74 Princeton undergraduates traveled abroad as part of the Global Seminars program, immersing themselves in the language, culture, and history of one of five countries — each group with a different academic focus. It's one component of Princeton's recent push to produce what President Tilghman has called "globally competent citizens."
The Global Seminars program just celebrated its fifth birthday. It began in 2007 with one seminar in Vietnam; this summer, students traveled to Greece, Poland, Turkey, Brazil, and Japan. The students explored topics that were central to these places: ancient drama in Athens, for example, and Islam and empire in Istanbul. Six seminars are planned for 2013. Topics and locations change often, with seminars having been offered in 16 countries on four continents.
More than 350 students have participated, with about 70 percent receiving financial aid. Trap Yates '14 traveled to Rome, Venice, and Krakow in 2011 for a seminar on the "global ghetto," and recalls examining bullet holes in the walls of the World War II ghetto in Krakow and visiting Auschwitz, of which he says, "No textbook or photos can convey just what that place is."
Each global seminar is taught by a Princeton professor, with additional lectures by local scholars, along with visits to museums, events, and historical sites in several towns and cities. Students have daily instruction in the local language, spend time with local students, and participate in community-service projects such as tutoring children in Vietnam and working with the homeless in Rome. They also have free time to explore. By taking place in the summer, the global seminars address some students' reluctance to leave Princeton for a semester of study abroad.
"The students are learning how to live abroad and gaining deep knowledge about another society," says Mark Beissinger, the director of the Princeton Institute for International and Regional Studies, which oversees the seminars.
In the following pages, PAW profiles two of this summer's seminars: "Hope as the New Normal: Tokyo after the Disaster," which looked at Japan one year after the tsunami, and "Polish Jews in the 20th Century: Before, During, and After the Holocaust," which examined the difficult trajectory of Jewish life in Poland. Each offered Princeton students a life-changing exploration of resilience in the face of adversity.
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Art of Science images to be displayed at Liberty Science Center
Family history: Visiting Poland held special meaning for PAW's writer


This strain is the result of crossing some of most prized plants in history owing to their scarcity. We've combined the most Indica of the Sativas with the most Indica of the Indicas, Black Domina, to produce this hybrid that represents a new generation of super fast flowering plants that will soon be setting the standard in growrooms across the world.
Ready in just over 7 weeks! With her sweet, musky taste with blueberry overtones, whoever tries this sweet beauty will fall under her spell.
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Despite holding an 11 point second half lead poor discipline, missed kicks, and bad decision-making haunted the Eagles once again as they fell to Uruguay 29-25. After opening the Americas Rugby Championship with two wins and a draw the Eagles had the opportunity to win the tournament but a shock loss to Brazil last week and a meltdown against Uruguay will now see them finish in the middle of the table. The U.S. will have to regroup ahead of their summer series against Italy, Russia, and an opponent to be determined.
While the result against Uruguay is disappointing, especially due to the fact that the Eagles had multiple chances to win, the team will still gain something out of the match and the tournament. The ARC is all about development. That wasn't always apparent in Argentina and Canada matches. Yes, the team did hand out plenty of new caps in those matches but they still relied on many of their overseas professionals or on players that have been pros overseas. Aside from the Chile match what the Uruguay and Brazil matches have shown is that the Eagles still need more depth.
Without question the U.S. has the athletes to compete with anyone. However, what is clear is that the further down the depth chart you go the less intuitive rugby knowledge many of the players have. That knowledge only comes by playing high level matches. That's something that PRO Rugby hopefully changes as well as tournaments like the JWRT. It's still early in the 2019 cycle but at least the U.S. now knows where they stand and they don't have to wait until the summer.
The player of the match for either side had to be scrumhalf Augustin Ormaechea. It was his boot that provided the majority of Uruguay's points, including early when they took a 3-0 lead just minutes in. Penalties continued to be a problem for the Eagles as they surrendered territory. However, they didn't concede any further points.
Eventually the U.S. would gain more possession. Their breakthrough came in the 14th minute when a great heads up play from Todd Clever at the scrum put him off down the pitch. After picking up a good chunk of territory he made the pass to London who then fed Aladdin Schirmer for the try. With the conversion from Bird the U.S. led 7-3.
Each team would trade penalties just a few minutes apart before things settled down for long stretches of back and forth. The Eagles were good at counterattacking but they continued to have some issues in the scrum and they looked disjointed on offense. Despite all that they were able to add a penalty from Bird to extend their lead. Ormaechea got a penalty back to make it 13-9 at halftime.
In the second half the match blew open. Once again showing the propensity to get out and run Joe Taufete'e made an intial break before throwing the one-hand offload to London for the try. London, along with the likes of David Tameilau, showed well not only in this match but throughout the tournament. Both of them likely earned looks when the first team assembles in June. Bird's conversion on the try was good at the Eagles led 20-9.
That advantage would only last two minutes. Using their forwards Uruguay bashed at the U.S. until prop Mario Sagario crashed over. With the conversion it was 20-16. The U.S. had an opportunity to extend their lead but Bird couldn't connect on the kick. Things then got worse for the Eagles as Ben Landry was sent to the bin for pushing down a Uruguayan player who he thought was getting into it with Eric Fry. Ormeachea would hit his fourth penalty and Uruguay were within one with 20 minutes to play.
The U.S. did well to take time off the clock but Uruguay took the 22-20 lead on another penalty. When they were back to their full contingent the U.S. was able to retake the lead. The Uruguayan clearance kick from deep in their own end didn't go far. Clever recovered and spun the ball out quickly to Deion Mikesell who raced to the corner to score a try on debut. However, the crucial conversion from Kruger missed and the Eagles only held a two point advantage at 25-23.
The pivitol moment in the match came with five minutes left, two minutes after Mikesell's try. With Uruguay attacking Ben Landry was shown his second yellow card of the match, this time for a high tackle. Uruguay choose to go for the lineout. They then used their maul to push over for the try and a 29-25 lead after the conversion. The U.S. then couldn't manage the match well and when Lorenzo Thomas was pushed into touch the match was over.
As mentioned, lots of lessons for the Eagles. With a few exceptions like Clever, Lamositele, and Fry this was not an experienced team. If they can learn from matches like then even with the loss the tournament will be a success.
The good find to come out of this are Taufete'e, Tameilau, London, and even Landry. He may have picked up cards these last two matches, but he has lots of room to grow. Kruger is not the answer at 9. I hope Bliss is healthy come June, because his one half looked better than anything Kruger or Teo did.
Not only is the ARC good to find potential long term Eagles it is also to identify players that just don't rate on an international level. Bird for one should be out, Eloff has way more skills and potential. Orth,Schirmer,Stanfill also. Te'o will be a good utility player, they need Bliss at scrumhalf. Kruger needs alot of improvement.
Yes the Eagles made alot of mistakes but the officiating was pathetic. Uruguay several times tried a quick lineout with a USA player standing near the throw in and the Uruguay player would throw the ball 15 yards back to his teammate, several no wrap tackles not called, forward passes, including a blatant one on their way to the winning try.
Sour grapes. The winning try came from a lineout with a maul and drive, there was no pass, forward or backwards, and the refereeing was no more pro Urguayan than pro US.
The US couod have won easily, athletically they were fitter and faster than Uruguay, but, as last week, lack a 1st class goal kicker, and lack tactical nous, and gave away too many stupid penalties. The yellow then red for Landry were simply irresponsible on his part.
I agree with the officiating. Uruguay also got away with playing offsides at the breakdown quite a lot. There players immediately behind the ref were always offsides. The ARs need to step up in those situations. However, this tournament is also developmental for the refs. So the standard should raise across the board annually. Bird is a good backup at this point. He needs to lose about 15 pounds and do some speed training. Eloff has potential and his start at Fullback over Anderson soaks volumes about Anderson and Eloff. I would argue that this was a success in regards to player development and these tough close losses will help these players develop. I'm also keen to see the US U20 scrumhalf, Louis Mulholland, get some time at the ARC. I've got to think that Madison Hughes will also get match time at #9 post-Rio.


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Coronavirus – Charter flights to pick up Hungarians stranded in North America
Canada coronavirus Hungarians abroad transport travel USA
Pexels/ Anna Shvets
The Hungarian government will next week send two charter flights to bring back Hungarian nationals stranded in the US and Canada, Foreign Minister Péter Szijjártó said on social media on Friday evening.
Szijjártó said that there were still several hundred Hungarians in the two countries, adding that Hungary's diplomatic services had helped 667 Hungarian nationals return in the past few days.
Those who wish to return aboard the flights next week should register at Hungary's representations, he added.
The two flights, operated by WizzAir, will collect Hungarians from Chicago, Los Angeles, New York, Miami and "a city in Canada", Szijjártó said, adding that there were 460 seats available on the two aircraft.
Szijjártó stressed that the operation was aimed at helping Hungarian visitors back home rather than Hungarians residing in the States or Canada.
Those Hungarians must be quarantined and MONITORED when they get home. Please do so diligently, for their wellness and for everyone else's.


Ridgewod Schools | THE RIDGEWOOD BLOG.
Ridgewood NJ, The Ridgewood Board of Education will hold its next Regular Public Meeting on Monday, March 11, 2019. The Board meets at the Education Center, 49 Cottage Place, Floor 3 at 7:30 p.m.
The public is welcome to attend the meeting, or to watch from home on Fios channel 33 or Optimum channel 77. Meetings are also streamed via the "BOE Webcast" tab on the district website at http://www.ridgewood.k12.nj.us.
Ridgewood NJ, In late February, 108 RHS students attended the DECA State Career Development Conference. Students completed exams, role play scenarios, and presentations, with the top three in each event moving onto the International Career Development Conference to be held in Orlando, Florida.
The RHS chapter took home a variety of awards and honors from the week's events. RHS DECA will be sending over 30 students to the international competition. Among those honored at the Cherry Hill competition was junior Alex Formichella, who was elected as a New Jersey state officer. She is only the third RHS student to win this distinction.


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consulting and ordering
Simorgh Azerbaijan invite you for buy the best iron and steel.
Complete the below form for consulting.
metal bulletin iron ore – current price
what you will read ...
Metal Bulletin publicationsMetal Bulletin Representation in IranMetal bulletin pricesMetal Bulletin site
Metal Bulletin iron ore as one of the indicators of the international price of iron ore, iron ore, pellets, sponge iron, steel, and other upstream products that rely on Iranian companies and businessmen to it.
Metal Bulletin publications
Metal Bulletin is an international magazine that analyzes day prices and global market conditions. The impact of the world market conditions on the price level of products can provide an appropriate relative price prediction that, in many cases, is the criterion of performance not only for traders but also for manufacturing companies.
Metal Bulletin Representation in Iran
The Metal Bulletin organizes major international conferences in the iron and steel industry. The presence of the Metal Bulletin representative in Iran and the holding of an international conference could provide more opportunities for more effective participation in the global markets for the iron and steel industry in Iran.
Metal bulletin prices
The metal bulletin price, as we pointed out at the beginning of the article, is a pricing indicator that can also be quoted in trades. The other internationally acclaimed international trademark, which refers to the purchase of iron ore, is the platts site. In fact, the price of iron ore in contracts is referred to the price of the platts or metal bulletin date.
Metal Bulletin site
The Metal Bulletin site analyzes the latest developments in the mining industry and mineral products and makes it available to members and publishers. The price of iron ore in the latest edition of the Metal Bulletin, July 16, 2019, is below.
As you can see, for July 15, 2019 iron ore price 62% crossed the $ 120 border with a fluctuation of 2.56% and now stands at $ 121.4 per tonne for delivery of CFRs to mainland China's ports.
The trend in iron ore prices in the international market has been accelerating in 2019. The upshot of these price jumps has been the drop in supply from the world's largest iron ore producers, including Vale, Brazil, Rio Tinto and BHP Australia. The latest Metal Bulletin news magazine is available in the news section of the official site of the Simorgh Industrial and Mineral Complex in Azerbaijan.
Leyla Nemat Zade
Ways of communication:
Phone: 02147623014 , 09120169267
Telegram: @iron_metals
Email: sales@ironmetal.ir
HBI: Hot Briquetted Iron
https://ironore110.com/wp-content/uploads/2019/03/www.ironore110.com_.mp4
Iron ore pellets manufacturers
gol gohar iron ore company
Scrap iron per kg latest price
mill scale prices in factory cost
Iron pellets sale in bulk
Iron pellets price in 2020
Simorgh Azerbaijan Steel Industrial and Mining Complex has started its activities in the field of production and supply of various raw materials for the steel industry, including iron ore, iron concentrate, iron pellets, sponge iron and briquettes, since 2015. In addition to production, the possibility of supplying and purifying all kinds of raw materials with steel products is one of the distinctive features of this complex, which has created the opportunity for distinct cooperation with partner companies and steel and ingot factories. Nematzadeh as the Chairman of the Board and the activities of his children, Ms. Leila Nematzadeh as the founder and CEO of the company and Mr. Mehdi Nematzadeh as the Director of Marketing, Management and Personnel, at his discretion, are considered responsible and work.


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Denny Sanford
Kelby and Heidi Krabbenhoft have invested $2.5 million in the Sanford Lorraine Cross Award.
The Sanford Lorraine Cross Award: 'For us, it's personal'
Story by Kelby and Heidi Krabbenhoft
Heidi and I made our gift to the Sanford Lorraine Cross Award in good faith — faith that it's going to find cures and end suffering.
For us, it's personal.
As a nurse by training, Heidi is one of the most caring people I know. This award speaks to her great compassion as well as our hopes to make the world a better place for our kids and grandkids.
It also reflects our growing sense of urgency and frustration about the pace of medical discovery.
During childhood, my youngest brother, Paul, fell from a tree and suffered a spinal cord injury. It left him paralyzed from the waist down. The first on the scene, I held him as he looked up and said, "Kelb, I'll never walk again." I will never forget that.
And I will never forget the lifelong struggles my dad endured as he contended with a debilitating genetic condition. Gradually, it left him blind.
It made me angry to see people — especially those I love — suffer like that. It still makes me angry. There are things we could be doing to solve paralysis, to solve blindness and so much more. But the progress is so slow. We can do better, and that's what the Lorraine Cross Award is about.
This award isn't just one more blue ribbon for someone who does something significant. It's for people who cross the finish line. I feel strongly about the idea of finishing things.
I want to bring back the likes of Dr. Maurice Hillman, the microbiologist — and gritty Montana native — who developed more than 40 vaccines, including those for measles, mumps, and hepatitis B. He is credited with saving more lives than any other medical scientist of the 20th century. That's just one person.
Dr. Hillman epitomized perseverance and determination — the same traits mirrored in the co-recipients of the inaugural Lorraine Cross Award in 2018.
During a decades-long collaboration, Drs. Jean Bennett and Katherine High overcame hurdles you wouldn't believe to push forward the first FDA-approved gene therapy for a genetic disease.
As fate would have it, the therapy they developed cures the same disease my dad had. To me, that was a sign — affirmation of the faith Heidi and I have placed in this award.
There's no telling what treatments and cures the Lorraine Cross Award will inspire in the years to come. But what's certain is this award wouldn't exist without philanthropy. It takes like-minded people willing to invest time, energy and dollars to bring big, innovative ideas to life … to get things done.
That spirit of giving is contagious. It makes the impossible, possible and replaces suffering with healing.
We hope others will continue to join us and put their faith in Sanford Health and the Lorraine Cross Award, too. Let's keep finding cures. Let's make a difference.
This is the fourth in a series of stories shared by members of the Founders Circle, a celebrated group of donors who have invested $1 million or more in the Sanford Lorraine Cross Award.
To learn more about joining the Founders Circle, please contact Helen Henkin Kluck by email or call (605) 312-6700.
Other stories you may be interested in
The Sanford Lorraine Cross Award: 'We're creating hope where it didn't exist before'
Story by Denny Sanford I was just 4 years old when I lost my mother to breast cancer. It still...
The Sanford Lorraine Cross Award: 'A reason to keep dreaming of a better future'
Story by Miles and Lisa Beacom Lisa and I grew up in large families here in South Dakota. Our parents...
'He was an extraordinary man': Honoring the legacy of Dr. John C. Vander Woude
Story by Debby Vander Woude The Sanford Lorraine Cross Award speaks to all of us in different ways. For some,...
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Flash memory has become ubiquitous. It's the technology that features in all those memory expansion cards used in consumer electronics devices, as well as being the 'go to' storage medium for the vast majority of embedded systems.
But flash is dominant despite its properties. In particular, flash has a finite life and data can't be written and erased by the bit – it uses a page based approach in which blocks are the order of the day. Flash also consumes a lot of power. Even so, demand for flash is growing at 45% per year.
When it comes to integrating flash onto devices such as microcontrollers, the concept brings manufacturing complexity, although that's not something the industry has shied away from.
The major challenge to flash comes from Moore's Law; the smaller the process, the harder it is to make reliable flash memory. With a 'brick wall' expected at the 10nm node, manufacturers have started to use a multilayer approach in order to keep flash useable.
Nevertheless, flash memory technology continues to develop – with particular emphasis on the on chip aspect. One of the most recent such developments has been announced by Renesas. It says its one transistor (1T) MONOS flash will bring better performance and reliability to devices aimed at the automotive sector.
Flash, in Renesas' opinion, has been incompatible with the analogue and power devices used control high voltage drivers for compact motors in automotive applications. This has typically been addressed either by incorporating eFUSE technology or using external EEPROMs.
SG-MONOS is not only low power, but can also provide random access to data at rates in excess of 100MHz because the read path is composed of core transistors. A further benefit is that it enables source side injection. The technology lends itself to products that require high performance and larger capacity memories, says Renesas.
And it is this technology that Renesas outlined at ISSCC 2016. According to the company, it enables a read/write endurance in excess of 100million cycles at junction temperatures of up to 175°C. It also has a rewrite energy of 0.07mJ per 8kbyte, achieved using adaptable slope pulse control as a means to weaken the electric fields that can degrade memory cells.
1T-MONOS is said to keep additional process costs as low as possible while providing a way to add flash memory to automotive analogue and power devices. Renesas says this has the potential to reduce the number of chips used in motor control systems, while helping to make them more compact, lightweight and power efficient.
So far, Renesas has developed prototypes of 128kbyte memories using 1T-MONOS technology on a 90nm process. But Kono said the company is planning to start volume production of devices featuring 90nm 1T-MONOS in 2019.
While Renesas has automotive applications firmly in mind when it comes to 1T-MONOS, the company says the technology can also be used to support a range of consumer and industrial applications. As Kono pointed out, the technology is particular suited to those applications where the amount of memory and the area it occupies is relatively small. "Because of this, it can be adopted in products and processes in which flash memory has not previously been embedded.
While MONOS is looking to provide a better version of flash, other companies are looking to develop alternatives. One in particular is Crossbar, which is backing resistive RAM (RRAM).
According to the company, its RRAM technology can outperform NAND flash significantly, offering x1000 faster writes and x1000 the endurance. Along with high temperature operation, Crossbar's RRAM is said to have more than 40 times the density of DRAM.
Crossbar's RRAM is compatible with CMOS and is said to scale to small process geometries. This, it contends, will enable the integration of non volatile memory blocks at the same process nodes of MCUs and SoCs. And an indication of its potential comes with the recent signing of a deal with Chinese foundry SMIC to offer Crossbar RRAM blocks on its 40nm CMOS process.


QCRI is at an exciting stage of growth with world-class researchers. I am excited about the opportunity to establish QCRI at the forefront of data mining research.
At QCRI, Zaki will focus on high performance and "intuitive" data mining methods for large-scale data, with focus on social media and bioinformatics applications.
Zaki is a Professor of Computer Science at RPI. He received his Ph.D. degree in computer science from the University of Rochester in 1998. He has over 225 publications in data mining and bioinformatics. He is currently on the Board of Directors of ACM SIGKDD, and is the Information Director for ACM SIGBIO. He is an Area Editor for Statistical Analysis and Data Mining, and an Associate Editor for Data Mining and Knowledge Discovery, ACM Transactions on Knowledge Discovery from Data, Knowledge and Information Systems, Social Networks and Mining, and International Journal of Knowledge Discovery in Bioinformatics. He has served as the program co-chair for all the main data mining conferences -- SDM'08, SIGKDD'09, PAKDD'10, BIBM'11, CIKM'12, and ICDM'12, and he is the founding co-chair for the BIOKDD workshop. He is the general chair for the International Symposium on Network Enabled Health Informatics, Biomedicine and Bioinformatics, 2013, and the SIAM International Conference on Data Mining, 2014.
Full Professor: Computer Science Department, Rensselaer Polytechnic Institute, Troy, New York, December 2008 - Present.
Science Without Frontiers Fellow: Government of Brazil -- Ministry of Science, Technology and Innovation and the Ministry of Education, Brazil, December 25, 2012 - December 24, 2015.
Associate Professor: Computer Science Department, Rensselaer Polytechnic Institute, Troy, New York, December 2003 - December 2008.
Assistant Professor: Computer Science Department, Rensselaer Polytechnic Institute, Troy, New York, September 1998 - December 2003.
Science Without Borders Fellow, Ministry of Science, Technology and Innovation, Brazil, 2012-2015.
The 2012 Trustee Celebration Award for Faculty Achievement, RPI, 2012.
HP Labs Innovation Award, 2012.
HP Labs Innovation Award, 2011.
NVIDIA Academic Partnership Award, 2011.
The 2010 Trustee Celebration Award for Faculty Achievement, RPI, 2010.
HP Labs Innovation Award, 2010.
ACM SIGKDD Doctoral Dissertation Award for student (Mohammad Al Hasan), 2010.
ACM Recognition of Service Award, 2009.
Best Paper Award, 13th Pacific-Asia Conference on Knowledge Discovery and Data Mining, Bangkok, Thailand, April 2009.
Best Paper Runner Up Award, 9th SIAM International Conference on Data Mining, 2009.
Best Paper Runner Up Award, 23rd Brazilian Symposium on Databases, 2008.
Honorable Mention for Best Paper Award, IEEE International Conference on Intelligence and Security Informatics, 2006.
IEEE Computer Society, Certificate of Appreciation, 2005.
ACM Recognition of Service Award, 2003.
DOE Office of Science Early Career Principal Investigator Award in Applied Mathematics, Computer Science and High-Performance Networks, 2002.
NSF Faculty Early Development Award (CAREER Award), 2001.
System and Method for Scalable Parallel Classification for Data Mining on Shared-memory Systems," Mohammed J. Zaki, Ching-Tien Ho, and Rakesh Agrawal, IBM Almaden Research Center (U.S. Patent #6230151, Granted on 5/8/2001).
Discovering Representative Composite CI Patterns in an IT System, Hewlett-Packard Company (U.S. Patent #82841900, Patent Pending, Filed October 2011).
Mohammed J. Zaki, Wagner Meira, Jr., Data Mining and Analysis: Fundamental Concepts and Algorithms, Cambridge University Press, December 2013.
Mohammed J. Zaki, Chris Bystroff (Eds.), Protein Structure Prediction, 2nd Edition, Methods in Molecular Biology, Vol. 413, Humana Press (Springer), 2008.
Richi Nayak and Mohammed J. Zaki (Eds.), Knowledge Discovery from XML Documents, Lecture Notes in Computer Science, Vol. 3915, Spring-Verlag, 2006.
Jason T.L. Wang, Mohammed J. Zaki, Hannu T.T. Toivonen, Dennis Shasha (Eds.), Data Mining in Bioinformatics, Springer-Verlag, London Ltd., 2005.
Mohammed J. Zaki and Ching-Tien Ho (eds.), Large-Scale Parallel Data Mining, Lecture Notes in Artificial Intelligence, State-of-the-Art-Survey, Vol. 1759, Springer-Verlag, 2000.
Mohammed J. Zaki, A Journey in Pattern Mining, in Mohamed M. Gaber (ed.), Journeys to Data Mining – Experiences from 15 Renowned Researchers, pg 231-241, Springer, 2012.
Mohammad Al Hasan, Mohammed J. Zaki, A Survey of Link Prediction in Social Networks, in Charu Aggarwal (ed.), Social Network Data Analytics, Chapter 9, pp 243-275, Springer, 2011.
Naren Ramakrishnan and Mohammed J. Zaki, Redescription Mining and Applications in Bioinformatics, in Jake Chen and Stefano Lonardi (eds.), Biological Data Mining, CRC Press, 2009.
Pranay Anchuri, Mohammed J. Zaki, Omer Barkol, Golan Shahar, Moshe Shamy, Approximate Graph Mining with Label Costs. In Proceedings of the 19th ACM SIGKDD International Conference on Knowledge Discovery and Data Mining, Aug 2013.
Pranay Anchuri, Mohammed J. Zaki, Omer Barkol, Ruth Bergman, Yifat Felder, Shahar Golan and Arik Sityon, Graph Mining for Discovering Infrastructure Patterns in Configuration Management Databases. Knowledge and Information Systems, 33(3):491-522. Dec 2012.
Arlei Silva, Mohammed J. Zaki and Wagner Meira Jr., Mining Attribute-structure Correlated Patterns in Large Attributed Graphs. Proceedings of the VLDB, 5(5):466-477, 2012.
Hilmi Yildirim, Vineet Chaoji and Mohammed J. Zaki, GRAIL: A Scalable Index for Reachability Queryies in Very Large Graphs.The VLDB Journal, 21(4):509-534. Aug 2012.
Geng Li, Murat Semerci and Bulent Yener and Mohammed J. Zaki, Effective Graph Classification based on Topological and Label Attributes. Statistical Analysis and Data Mining, 5(4):265-283. Aug 2012.
Mohammad Al Hasan and Mohammed J. Zaki, Output Space Sampling for Graph Patterns. Proceedings of the VLDB, 2(1):730-741. 2009.


Home English Samantha turns mother to her father!
Samantha turns mother to her father!
As was reported, Samantha has teamed up her bestie and director Nandini Reddy for her next film. It is based on Korean film 'Miss Granny'. The story is about a 70-year-old granny turning into a 20-year-old young girl. So, Sam will be seen as old woman in the movie. She will have a 50-year-old son. Rao Ramesh is going to play this role. The acclaimed actor played Samantha's father in Attharintiki Daredi, Seethamma Vakitlo Sirimalle Chettu and Raju Gari Gadhi 2. We are going to see scene reverse with Sam playing Rao Ramesh's mother. Makers are considering film's title as 'O Baby Entha Sakkagunnave'.


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Andréi Vikéntievich Zygmantóvich (Андре́й Вике́нтьевич Зыгманто́вич), nacido el 2 de diciembre de 1962 en Minsk, es un exjugador de fútbol bielorruso.

Durante su carrera ha jugado en varios equipos como el Dinamo Minsk, el FC Groningen y más tarde en el Racing de Santander junto a los delanteros Dmitri Popov y Dmitri Rádchenko.

Jugó en 36 ocasiones con la selección de la Unión Soviética desde 1988 a 1990 marcando tres goles. También disputó la Copa Mundial de Fútbol de 1990, donde marcó el segundo gol en la goleada 4 a 0 sobre Camerún. Más tarde representó a la selección de Bielorrusia en 9 ocasiones.

Clubes

Enlaces externos

 Carrera de Andréi Zygmantóvich
 Ficha

Nacidos en Minsk
Futbolistas de la selección de fútbol de la Unión Soviética en los años 1980
Futbolistas de la Unión Soviética en la Copa Mundial de 1990
Futbolistas de la selección de fútbol de Bielorrusia
Futbolistas del Dinamo Minsk
Futbolistas del FC Groningen
Futbolistas del Real Racing Club de Santander en los años 1990
Entrenadores del FK Dinamo Minsk
Entrenadores del FBK Kaunas

redpajama_set_name: RedPajamaWikipedia


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Volume > Issue > The Hollywood Scandal Behind the Clerical Scandal
The Hollywood Scandal Behind the Clerical Scandal
STATE JUDICIAL SYSTEMS AND MEDIA HOLD A DOUBLE STANDARD
By Jesse Russell | March 2019
A native of Livingston, Montana, Jesse Russell has been published in a variety of academic and popular journals, including Crisis and Touchstone. He and his wife homeschool their four children.
Joshua Hren penned a compelling, Dante-haunted piece ("Ressentiment or Rectification?: Dante's Divine Comedy & the Viganò Testimony," Nov.), arguing in defense of Archbishop Carlo Maria Viganò's open letter (Aug. 22) that details Pope Francis's granting of de facto free reign to disgraced prelate Theodore Cardinal McCarrick. As Hren argues, Viganò has been vilified as a resentful and power-hungry cleric seeking to get back at the humble and well-meaning Pope. Hren's central thesis is that, regardless of Viganò's motives, his accusations should be weighed on their own merits.
Hren is entirely correct. There is, however, a deeper question behind not only Viganò's motives but the reason why the McCarrick scandal broke when it did. It seems strange that McCarrick, a serial molester of young men, could survive for so long, undetected, hobnobbing with the elite at places like the World Economic Forum in Davos, Switzerland, and even serving as a visitor to Iran, China, and Africa on behalf of the Obama administration. Are we expected to believe that the rigorous United Nations and U.S. State Department background checks to which McCarrick would have been subjected did not uncover any of his many misdeeds?
Furthermore, if His Eminence's misdeeds were known, why were they made public only in June 2017?
Is it possible that they were purposefully released at that time to hide another scandal that was brewing in plain sight? What is this other scandal?
To answer this question, we have to take a trip down memory lane — not to the cavernous realm of Dante's Inferno but to another hellscape: Southern California of the 1980s.
Priest Sex Abuse Scandal
Pro Life Issues & Culture of Death
Pope Francis Doesn't Need Your Applause
Pope Francis isn't satisfied with the reductionism that narrows the Catholic ethic of life to "no abortion," or the Catholic teaching on the family to "no same-sex marriage."
Parental Love vs. Loveless "Rights"
"Abortion Rights: For and Against" is exceptional in showing with startling clarity how the fight over abortion is really a battle between love and lovelessness.
Nothing Sacred, Nothing Profane
Ed. Note: Warning! This column contains graphic and disturbing descriptions of sexually explicit modern art…


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Carriera

2005-2007: i primi anni
Nel luglio 2005 si accasa alla formazione Continental statunitense Advantage Benefits-Endeavour: in quella stagione si classifica secondo nella cronometro Under-23 dei campionati statunitensi su strada, dietro a Steven Cozza, e terzo, nella medesima categoria, ai campionati nazionali di cross.

L'anno dopo, sempre con la Advantage Benefits, fa suo il titolo nazionale a cronometro Under-23, battendo proprio Cozza, e si piazza secondo nella gara in linea, superato da Craig Lewis. Nel finale di stagione partecipa anche alla prova a cronometro Under-23 dei campionati mondiali su strada di Salisburgo, classificandosi quarantesimo.

Nel 2007 è quindi tra le file della VMG Racing, squadra dilettantistica fondata l'anno prima e diretta dall'ex ciclista professionista Chann McRae, e partecipa al Tour of California con una selezione di giovani ciclisti americani.

Dal 2008: il professionismo
Nel 2008 compie il salto nel professionismo: viene infatti ingaggiato dalla BMC Racing Team, squadra Professional Continental con la quale disputa la sua prima gara nel circuito ProTour, il Tour de Romandie 2008. Partecipa anche alla prova in linea Elite dei campionati mondiali su strada di Varese, ma si ritira. Nel 2009 ottiene il primo successo da pro, aggiudicandosi il cronoprologo del Tour of Utah; prende inoltre parte ad altre gare del calendario ProTour e partecipa nuovamente alla prova in linea dei campionati del mondo, ritirandosi anche in questa occasione.

Nella stagione 2010 gareggia per la prima volta in uno dei Grandi Giri, il Giro d'Italia: in questa corsa è abile a cogliere un secondo posto nella prima tappa, una cronometro individuale lungo le strade di Amsterdam, classificandosi a soli due secondi dal vincitore Bradley Wiggins. In luglio partecipa anche al Tour de France, riuscendo a posizionarsi tra i primi dieci nel prologo di Rotterdam.

L'anno dopo non va oltre un terzo posto di tappa allo USA Pro Cycling Challenge e un quarto posto nella cronometro dei campionati nazionali statunitensi. Partecipa comunque al Tour de France, contribuendo al successo finale del compagno di squadra Cadel Evans, e alla corsa in linea dei campionati del mondo di Copenaghen, piazzandosi sessantacinquesimo.

Nel 2012 coglie solo alcuni piazzamenti, come il terzo nella prova a cronometro ai campionati nazionali ed il terzo alla prima tappa del Tour of Utah.

L'anno successivo, alla prima corsa stagionale, vince la tappa inaugurale del Tour of Qatar 2013, corsa nella quale chiude secondo in classifica generale, alle spalle di Mark Cavendish; nel resto della stagione ottiene un doppio secondo posto ai campionati nazionali, sia nella prova in linea, sia nella prova a cronometro e chiude secondo in classifica generale al Tour of Alberta.

Dopo un 2014 senza piazzamenti, nel 2015 Bookwalter torna alla vittoria, aggiudicandosi una tappa all'USA Pro Cycling Challenge, corsa nella quale chiude secondo in classifica generale; altri risultati degni di noto sono stati il terzo posto al Tour of Utah, nella quale vince la classifica a punti, ed il quarto all'Österreich-Rundfahrt.

Nel 2016 si piazza terzo in generale al Tour of California e quarto nella prova a cronometro ai campionati nazionali. L'anno successivo vince una tappa al Tour of Utah ed ottiene alcuni piazzamenti come il secondo posto nella prova a cronometro ai campionati nazionali ed in una tappa del Tour of the Alps.

Nel 2018 coglie nuovamente qualche piazzamento al Tour of Utah, dove termina quarto in classifica generale e chiude terzo la prova a cronometro ai campionati nazionali.

Nel 2019 non ottiene alcun piazzamento individuale di rilievo, tuttavia vince tre cronosquadre (Tirreno-Adriatico, Settimana Internazionale di Coppi e Bartali e Czech Cycling Tour).

Nel 2020, alla ripresa delle competizioni, causa Pandemia di COVID-19, ottiene un settimo posto alla Strade Bianche.

Palmarès
2006
Campionati statunitensi, Prova a cronometro Under-23
6ª tappa Tour de Shenandoah
Classifica generale Tour de Shenandoah

2009 (BMC Racing Team, una vittoria)
Prologo Tour of Utah (Salt Lake City, cronometro)

2013 (BMC Racing Team, una vittoria)
1ª tappa Tour of Qatar (Katara Cultural Village > Dukhan)

2015 (BMC Racing Team, una vittoria)
2ª tappa USA Pro Cycling Challenge (Steamboat Springs > Arapahoe Basin)

2017 (BMC Racing Team, una vittoria)
2ª tappa Tour of Utah (Brigham City > Snowbasin Resort)

Altri successi
2013 (BMC Racing Team)
2ª tappa Tour of Qatar (Al Rufaa Street, cronosquadre)

2017 (BMC Racing Team)
2ª tappa Volta Ciclista a Catalunya (Banyoles, cronosquadre)

2018 (BMC Racing Team)
3ª tappa Volta a la Comunitat Valenciana (Poble Nou de Benitatxell > Calp, cronosquadre)

2019 (Mitchelton-Scott)
1ª tappa Tirreno-Adriatico (Lido di Camaiore, cronosquadre)
1ª tappa, 2ª semitappa Settimana Internazionale di Coppi e Bartali (Gatteo a Mare > Gatteo, cronosquadre)
1ª tappa Czech Cycling Tour (Ostrava, cronosquadre)

Piazzamenti

Grandi Giri

Giro d'Italia
2010: 95º
2014: 68º
2015: 66º
2019: non partito (16ª tappa)
2020: non partito (6ª tappa)

Tour de France
2010: 147º
2011: 114º
2013: 91º
2016: 117º

Vuelta a España
2012: 78º
2018: 66º

Classiche monumento

Milano-Sanremo
2010: ritirato

Parigi-Roubaix
2009: 88º

Liegi-Bastogne-Liegi
2010: 97º
2012: ritirato
2013: 110º
2015: 46º
2021: 104º

Competizioni mondiali

Campionati del mondo su strada
Salisburgo 2006 - Cronometro Under-23: 40º
Varese 2008 - In linea Elite: ritirato
Mendrisio 2009 - In linea Elite: ritirato
Copenaghen 2011 - In linea Elite: 65º
Limburgo 2012 - In linea Elite: 103º
Ponferrada 2014 - In linea Elite: 25º
Richmond 2015 - In linea Elite: 19º
Innsbruck 2018 - In linea Elite: 63º

Ciclismo ai Giochi olimpici
Rio de Janeiro 2016 - In linea: 16º
Rio de Janeiro 2016 - Cronometro: 23º

Note

Altri progetti

Collegamenti esterni


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Rhyne Howard
POS: Position:
G Guard
HGT: Height:
WGT: Weight:
Age: Age:
YOG: Year of Graduation:
As of June 6, 2021
USA Basketball Notes
Honors: 2019 FIBA U19 World Cup All-Star Five, 2018 FIBA Americas U18 Championship MVP.
Gold Medal: 2019 FIBA U19 World Cup, 2018 FIBA Americas U18 Championship.
Silver Medal: 2019 Red Bull USA Basketball 3x3 Nationals.
Named to the 2021 USA Women's AmeriCup Team on June 6, 2021.
Member of the 2019 USA U19 World Cup Team that finished with a 7-0 record and captured the gold medal with a 74-70 overtime victory over Australia in Bangkok, Thailand; started all seven games and averaged a team-high 13.1 ppg. and added 5.1 rpg.
Competed for Drive in the 2019 Red Bull USA Basketball 3x3 Nationals where she helped lead her team to a silver medal and a 6-2 record; scored 11 of her team's 20 points in the championship game.
As a member of the 2018 USA U18 National Team, started in five of six games and averaged 8.5 ppg., 4.7 rpg. and tied for a team-high with 3.0 apg. to help the USA to a 6-0 record and a gold medal from Aug. 1-7 in Mexico City.
College Honors
Southeastern Conference Player of the Year by league coaches (2020, 2021).
SEC Freshman of the Year and SEC All-Freshman Team by league coaches (2019).
All-SEC first team by league coaches (2019, 2020, 2021).
SEC All-Defensive Team (2020).
SEC All-Tournament Team (2020, 2021).
Associated Press SEC Newcomer of the Year and All-SEC second team (2019).
espnW, WBCA and USBWA National Freshman of the Year (2019).
Associated Press and USBWA All-America first team (2020, 2021).
WBCA All-America first team (2021).
WBCA All-America honorable mention (2019, 2020).
John R. Wooden Award All-American (2020, 2021).
Two-time espnW National Player of the Week and five-time SEC Player of the Week (2020-21).
Eight-time SEC Freshman of the Week selection, the most ever by a Kentucky player (2018-19).
USBWA National Freshman of the Week once in 2018-19.
College Notes
As a junior in 2020-21, aided Kentucky to an 18-9 record and the second round of the NCAA Tournament; started in 24 games played and was the only player in the nation to average more than 20 points (20.7 ppg.) with at least least 7.3 rpg., 90 assists and 60 steals.
In 11 games against ranked opponents in 2020-21, Howard averaged 22.3 ppg., 6.7 rpg. and 3.0 apg.; additionally, she notched four 30+ scoring games with three coming against top-25 ranked teams.
As a sophomore in 2019-20, averaged 23.4 ppg., which ranked second nationally, hit 3.1 3-pointers a game, which ranked among the nation's top 10, to go with 6.5 rpg., in leading Kentucky to a 22-8 record.
As a freshman in 2018-19, aided Kentucky to a 25-8 record and the 2019 NCAA Tournament second round; started 32 of 32 games played and averaged team-bests of 16.4 ppg. and 6.6 rpg., ranked second with 74 3s made and 68 steals and third with 75 assists and 22 blocks.
Over her first three years at Kentucky, tallied 1,655 points (19.9 ppg.), 561 rebounds (6.8 rpg.) and 232 assists (2.8 apg.), while netting 214 3-pointers (2.6 per game).
Recorded five double-doubles and scored in double digits in 26 games as a freshman.
High School Honors
Naismith All-America honorable mention (2018).
Jordan Brand Classic All-Star (2018).
USA Today All-Tennessee first team (2018).
Gatorade State Player of the Year (2018).
Tennessee 3A Miss Basketball (2018).
High School Notes
As a senior in 2017-18, averaged 22.2 ppg., 7.7 rpg., 4.1 apg., 5.3 spg. and 1.2 bpg. to help her team to a 33-1 record and the 3A state semifinals.
Hails from Cleveland, Tennessee.
Daughter of Rhvonja "RJ" Avery and James Howard; has two brothers, RaShawn Avery and James Howard, Jr.; and two sisters, Love Howard and Takema Sexton
Majoring in digital media and design.
USA Basketball Statistics
TEAM G/S AVG MIN FGM-FGA PCT 3PM-3PA PCT FTM-FTA PCT REB/AVG PTS/AVG AST TO BLK STL
2019 U19 7/7 169/24.1 30-78 .385 17-38 .447 15-19 .789 36/ 5.1 92/ 13.1 10 10 3 10
2018 U18 6/5 114/19.0 20-44 .455 7-22 .318 4-5 .800 28/4.7 51/8.5 18 7 8 11
TOTALS 13/12
50-122 .410 24-60 .400 19-24 .792 64/4.9 143/11.0 28 17 11 21
Article Cori Close and Jamie Dixon Named Co-Recipients of 2021 USA Basketball Developmental Coach of the Year Award After each led USA U19 World Cup Teams to perfect, 7-0 records and gold medals this past summer, Cori Close and Jamie Dixon will share the 2021 USA Basketball Developmental Coach of the Year Award. Article Briana Weiss Promoted to USA Basketball Women's National Team Director Briana Weiss, assistant director for the USA Basketball Women's National Team program since May 2019, has been promoted to USA Basketball Women's National Team director . Video Thank You, Carol Callan Carol Callan steps away from USA Basketball after helping steer the program to a seventh-straight Olympic gold medal, five of the past six FIBA World Cup golds and countless gold medals at junior events. Article USA U19 Gold Medalist Azzi Fudd Named After Olympic Gold Medalist Jennifer Azzi Point guard Jennifer Azzi wore No. 8 across her chest as she led the USA to a gold medal during the 1996 Olympics. Recently, Azzi Fudd, who is named in her honor, who the same No. 8 at the FIBA U19 World Cup. Article FOURTEENTH FIBA U19 WORLD CUP — 2021 Recap of the 2021 USA Basketball Women's U19 World Cup Team's golden run in Debrecen, Hungary
Thank You, Carol Callan
Sights & Sounds: 2021 USA Women's U19 World Cup Team Trials
Interview: Bella Alarie
USA Highlights: Tyasha Harris
USA Highlights: Chennedy Carter
USA Highlights: Beatrice Mompremiere
2019 USA Basketball Team of the Year
2019 USA Basketball Female Athlete of the Year
2019 USA Basketball National Coach Of The Year
Gold Medal Highlights: USA U19 Women's World Cup Team


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BuddyBoy600alt • 16 September 2021
R.I.P. Transcript Wiki
As you heard, Transcript Wiki was shut down for copyright infringement. I did contributor transcripts for Disney's Marsupilami, Sesame Street, and so on... I am gonna miss this wiki so much. I did not know this was violating their policy.
Red hair • 10 November 2020
The Adventures of Little Audrey
The Adventures of Little Audrey is an upcoming American animated slapstick comedy television series, produced by DreamWorks Animation Television and aired on Universal Kids. It was the second television series in the Little Audrey franchise.
Unlike its online-streaming sister show, Harvey Girls Forever!, which consists two traditional 11-minute segments, each 22-minute episode consists three 7-minute segments, two featuring Little Audrey, and one starring the Little Audrey co-stars (including Little Dot, Little Lotta, Melvin, Lucretia, Tiny, Patches, Richie Rich and Gloria Glad). Each one have their own supporting casts.
It stays 100% to the classic Little Audrey theatrical cartoons.
The very zany slapstick animation that takes full advantage of …
Finobe • 18 September 2020
Is there more Reception Wikis made with FANDOM
The Miraheze ones are very toxic, and they falsely ban users...