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Provide two ways for desktop recording which are full and partial.
You can also record video and audio from two separate locations and then mix them.
You can also record gameplay.
Also able to run during performing any task.
Provides output of high quality.
You can also record videos of vast length because of real-time video compression.
Completely optimized software for latest CPUs.


She Will Be Loved. Spartiti She Will Be Loved Pdf. Arrangiamento per Pianoforte, Testi, SSA e Tablature chitarra. Di Hal Leonard Student Piano Library, James Valentine, Maroon 5 e The Last Song. shorter url for pdf wordpress She Will Be Loved - - She Will Be Loved.pdfShe Will Be Loved MAROON 5 WHPSR Arr. by Ludy Words Music - free piano arrangements KWWS FRPZZZ Z P EULQNVWHU 1 More on In The Sky - Stevie Wonder . Overjoyed - Stevie Wonder .
She Will Be Loved - - She Will Be Loved.pdfShe Will Be Loved MAROON 5 WHPSR Arr. by Ludy Words Music - free piano arrangements KWWS FRPZZZ Z P EULQNVWHU 1 More on In The Sky - Stevie Wonder . Overjoyed - Stevie Wonder .


In 2016, the average white family in America held about $919,000 of wealth. The average black family, by contrast, held just $140,000; the average Hispanic family held only $192,000. What's worse, this disparity has remained essentially unchanged since the early 1960s.
More education or more work effort can close the racial wealth gap.
Saving more, or making better financial decisions, can close the racial wealth gap.
Family structure, namely the higher rates of single motherhood among African Americans, is driving the racial wealth gap.
To learn more about the inaccuracies of these myths, we spoke with William Darity, one of the report's authors and a public policy professor at Duke University.


OK, this is more than eight years old, hence some crappy video shots, but it still is and always will be one of my all-time-favourite memories. It's cut in two pieces to make it all a bit easier.
Boy, was I young. And slim. And blonde. All that is gone now.
Oh my gosh, that makes me laugh so much! You all look like you're enjoying yourselves, carefree. What a kick! If I hadn't JUST moved back to Maribor (or ever knew you at that time) I would have loved to come celebrate the krst with y'all. How funny!
I think we put on quite a show, yes. At least if I judge be the reactions of people observing us.
And (Abba) Thank you for the music! I am a bit of music freak and I really like toying with it. I even put together some computer-aided stuff. About this video....... I don't like how YouTube molested video quality. It doesn't look that crappy in real. And I tried with gazillion setting and nothing helped. It's still all grainy.
Thanks, Temo! :) We did have fun and working on that little film just took be back and I was so happy we did it.
That was terrific - thanks for posting!
Thank you for the much-needed laugh!
And most welcome if it made you laugh a little.
AHAHAHAHAH!!!! THAT WAS ABSOLUTELLY CRAZY!!
I would say... the first epizode of Little Slovenia... AHAHAH!!
And let mi say... you look much ... much... but much better now!!!
Yes.... Savica.... and we did the whole lot of reciting the Baptism there, too, I just cut it out, because audio quality was really poor /waterfall and all/. And, yes, it was a really fun, great, silly day. We still talk about it a lot.
And in the meantime ... you changed also the BF... let me say... *whispering* he looks much much much better than the one before!
I think you are a bit mad, and I love it!


text:
Der Mount MacArthur ist ein rund  hoher Berg auf Südgeorgien im Südatlantik. Er ragt 3 km nordnordöstlich des Mount Kling und 4,7 km ostnordöstlich des Nordenskjöld Peak am Kopfende des Heaney-Gletschers auf.

Der South Georgia Survey nahm zwischen 1951 und 1957 Vermessungen vor. Das UK Antarctic Place-Names Committee benannte ihn 2006 nach der britischen Seglerin Ellen MacArthur (* 1976).

Weblinks
 McArthur, Mount. Eintrag in der Datenbank des UK Antarctic Place-Names Committee für Südgeorgien und die Südlichen Sandwichinseln (englisch)

Südgeorgien

redpajama_set_name: RedPajamaWikipedia


text:
Pop Tug
Celebrities Hone Their Skills with Acting Lessons
by pop tug
When a person decides that he or she wants to be a doctor, he or she doesn't just walk into a hospital and demand a job. Most jobs now require that people have the training and skills needed for the position. This type of training is no different for actors, because actors who have formal training typically do better in their careers. Some of the top celebrities in the world took acting classes and lessons from world-famous acting studios and coaches.
One of the most famous acting organizations is the Actors Studio in Manhattan. Elia Kazan, director of "East of Eden," was one of the founding members. Numerous celebrities have studied at the studio, and many celebrities studied under Lee Strasberg. Those who watched "My Week With Marilyn" saw the character of Paula Strasberg. Paula worked directly with Marilyn Monroe as her personal coach. Monroe seldom worked on film sets without Paula or Lee by her side.
In its heyday, dozens of actors poured through the doors of the Actors Studio. Some of its famous students in the 1950s and 1960s included James Dean, Dustin Hoffman, Dennis Hopper, Marlon Brando, and Rip Torn. The Actors Studio still exists today, and some modern celebrities have taken acting lessons there, including Bradley Cooper, Melissa Leo, Andy Garcia, Julia Roberts, and Sean Penn.
Some actors prefer taking private lessons from coaches. Margie Haber uses a process called cold reading, which requires that actors read a script and get into the part without any preparation. Oscar winner Halle Berry took lessons from Haber. Heather Locklear and Brad Pitt are other celebrities that have used Haber in the past.
Larry Moss studied under several famous acting coaches and later opened his own studio. Former student Helen Hunt even mentioned him in her speech after she won the Academy Award. Hunt's ex-husband Hank Azaria attended classes with Moss. Other students of Moss include Jim Carey, Leonardo DiCaprio, Michael Clark Duncan, and Hilary Swank.
Kathy Bates and Timothy Olyphant are two students who studied under William Esper. Esper studied with Stanford Meisner, who was an early proponent of method acting. Method acting refers to the process that teaches actors to become different characters. The actors immerse themselves in different roles, helping the actors prepare for a new role. Meisner himself worked with some famous faces over the years, including Jon Voight, Robert Duvall, Sandra Bullock, Grace Kelly, and Gregory Peck.
Stella Adler was an actress for a number of years before she became an acting coach. Her school, The Stella Adler Academy of Acting, teaches the method process of acting. Adler worked directly with a number of actors over the years, and a former student now runs the school. Celebrities who attended the program include Benecio Del Toro, Robert De Niro, Selma Hayek, and Mark Ruffalo.
While many famous actors take acting lessons, just as many do not have any formal training. One example of a celebrity who never took lessons is Mark Wahlberg. Wahlberg got his start as one of the founding members of the boy band New Kids on the Block. After leaving the group, he launched his own music career. Wahlberg transitioned into an acting career with roles in "The Big Hit," "Shooter," "The Lovely Bones," and "The Fighter" without taking a single lesson.
Shia LaBoeuf is another Hollywood success story who became popular without taking lessons. LaBoeuf took his acting career into his own hands, calling agents and pretending that he had a new talent for them named Shia LaBoeuf. One agent took a chance on the unknown actor, and he landed roles in "Indiana Jones and the Kingdom of the Crystal Skull," "Disturbia," and "Eagle Eye."
There are even more actors who honed their skills on the small screen before finding stardom. Demi Moore auditioned for a role on a soap opera in the early 1980s. After just a year on the soap opera, she left to work in Hollywood. Ricky Martin, Meg Ryan, Kevin Bacon, Christopher Reeve, and Tommy Lee Jones are just a few of the other actors who starred on soap operas before launching their careers.
For some actors, television shows serve as formal training for an acting career. The actors learn the skills they need to transition into a career on the big screen. Other celebrities get their start on stage, starring in plays and musicals before launching a movie career. For every well-known actor who takes lessons, there is at least one actor who has no type of formal training. Some actors simply have talent that takes them farther than training could.
Celebrities Who Rarely Show Their True Colors: Hair Color Lovers
Celebrities Tweet Their Condolences and Well Wishes to Victims of Aurora Shooting
Going Green: Where Celebrities Get Their Eco-Savvy On
It's a Dog's Life: Celebrities and Their Pets
The Las Vegas Hotel's Colorful Past- Originally Built as the International Hotel Then Named the Las Vegas Hilton…
5 Celebrities Reveal Their Eating Disorder Past
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redpajama_set_name: RedPajamaCommonCrawl


As an orthopedic surgeon who specializes in sports medicine, I understand how important staying active and participating in athletics can be for maintaining one's overall health and wellbeing. Personally, I love to play golf, basketball, and softball as much as I can.
My mission is to help patients recover from injuries so they can go back to participating in activities that make them happy. I offer my patients innovative surgical and nonsurgical treatments, and help them to completely understand all their available options. I also make sure they understand what to expect during their recovery, so they have a clear picture every step of the way.
At the Sports Medicine Center at NYU Langone Orthopedic Center, where I'm a sports medicine specialist, I care for problems affecting the knee and shoulder. I perform ligament reconstructions, osteotomies, cartilage restoration procedures, meniscus repairs and transplantations, and shoulder labrum and rotator cuff repairs.
I am an active contributor to sports medicine literature, and have published more than 200 journal articles and book chapters aimed at advancing the field. My research interests include cartilage repair and restoration, meniscus repair and transplantation, ligament reconstruction techniques, rotator cuff healing, the biomechanics of superior labral tears, and examining how well synovial fluid biomarkers can predict outcomes after knee surgery.
I am a recipient of the Herodicus Award, which recognizes excellence in sports medicine research. I was selected to participate in the American Orthopaedic Association's North American Traveling Fellowship and the American-British-Canadian Traveling Fellowship and have received a number of awards for both basic science and clinical research. I am an active member of the American Academy of Orthopaedic Surgeons, the Arthroscopy Association of North America, the American Orthopaedic Society for Sports Medicine, the American Orthopaedic Association, the International Cartilage Repair Society, and the Council of Orthopaedic Residency Directors and serve on the editorial boards of Cartilage and The Journal of Knee Surgery.


text:
Q: What are the ways to create a custom shape touch detection? Hi I'm making a baseball app and I want from users to input strike zone on a grid like this:

How can I build the visual part so that I won't have too much trouble with implementation of a tap gesture recogniser. It'll be great if I can make this resizable so it will look great on many different devices.
With the touch gesture I need to handle so kind of recognizing position in two ways.

*

*In which section the touch was detected.

*What are the approximate coordinates inside this section.

This data will be saved on a cloud and can be later used to show the dot on this grid on other devices.
Is there a way to detect touch in a non rectangular shapes? Maybe with Bezier Paths.
Do you have a suggestion how ti appear on screen without using whole grid as a image. I'd rather divide it in Outer grid and the Inner grid somehow and than create all the pieces in each of this grids. 8 pieces in outer and 9 in inner grid.

A: You can start with UIBezierPath and its method containsPoint:, although this method "does not take into account the line width used to stroke the path." (link), it is also true for UIBezierPath.
Refer further to this article.

redpajama_set_name: RedPajamaStackExchange


text:
After spending his first few months in Kyoto, Gardner Robinson headed to the hills (and mountains) of Nagano. After the Winter Olympics in '98 he started Outdoor Japan, the first website focused on adventure and travel in Japan. In 2005 he launched Outdoor Japan magazine. Today he continues to be the founding director of Outdoor Japan and the Editor-in-Chief of Outdoor Japan's Traveler magazine. He lives with his wife and two sons in Nozawa Onsen, a quaint hot spring village and world-class ski town. Together they run Yoji Nozawa, traditional self-contained properties for travelers. Gardner has also combined his passion for craft beer and snowboarding in the two taprooms he runs - The Craft Room (opened in 2011) on the slopes of Nozawa Onsen Snow Resort, and Winterland Lodge & Taproom (opened in 2018) in the center of the village.
Lights, Powder, Action! Neil Hartmann Interview
For those of us growing up in Portland, Oregon, Mt. Hood was our home mountain. On weekends we'd drive up Highway 26, through a t...
Pilgrimage: Sam Pilgrim Photo Essay
pilgrim n 1. A wayfarer, a foreigner, a stranger, a homeless wanderer, a traveler.2. One who embarks on a quest for some...
Field of Dreams: Inakadate Tanbo Art
"If you build it they will come…" This famous quote from the movie "Field of Dreams" could just as easily be attributed to the lo...
Deep Turns in Tohoku
Paul Vanderheiden was drawn to the Hakkodas in search of the deep powder they are known for. He formed a deep connection with the mountains and the people in this far corner of Tohoku, never imagining life would take such a dramatic turn.
Having a 'Swell' Time in Okinawa
Okinawa is best known for the miles of beautiful beaches and as a world-class scuba diving destination. With all that beautiful c...
East Wind blows through Patagonia
"This race lives up to the last wild race. We go from mountain biking in 100-kmh gusts, blowing shrapnel at us, to driving rain, ...
Paradise Reborn
The name Zeavola comes from the Latin name for the half flower tree, called rak talay in Thai, meaning "lover of the sea." Fo...
Phuket's Secret Spot
Phuket's dirty little secret is the rainy season isn't all that rainy. In fact, with cheaper flights, great deals on accommodatio...
10 for 10: Ross Findlay
Name: Ross Findlay Nationality: Australian Occupation: Owner, Niseko Adventure Centre Location: Niseko, Japan Web: www.nac-web.c...
10 for 10: Mike Harris – CEO, Canyons
When and how did you first come to Japan?After studying Japanese for six years in New Zealand (five in high school and one in...
Sarawak Surprise
The Rainforest World Music Festival (RWMF) had been on my bucket list for years. A decade of pilgrimages to Sado Island's Earth C...
White Gold: Shaun White Interview
Holding someone's Olympic gold medal for the first time can be like holding their baby; it's shiny and beautiful, but it's a bit unsettling, and you don't want to drop it, so you smile and hand it back after a few moments.
Rie Miyoshi Outdoor Japan Outdoor Japan Traveler Craft Beer cycling hiking nagano The Local Brew adventure travel hokkaido


Join our team of experienced and passionate developers building best-in-class applications that power our clients' websites and reach millions of people a year.
Spurred by a mile-wide independent streak and a youthful enthusiasm to throw all his time and energy at changing the world, Bill co-founded Threespot on a brisk February afternoon in 1999. He now serves as its president, leading Threespot's new-client business development efforts and company operations. He brings a broad knowledge of business, technology, design, and the industry to his management of client relationships and Threespot's financial, legal, human resources, and infrastructure matters. On top of all that, you can occasionally find him under a conference room chair fixing a broken caster.
Prior to co-founding Threespot, Bill was a senior producer at Magnet Interactive, where he oversaw a team dedicated to dozens of Kellogg's interactive projects. Earlier, he worked as a freelance music writer, professional rock musician, and co-owner of his own independent record label, DeSoto Records. While he can still be found on stage with his guitar and his current band, Foxhall Stacks, he's much more often at home with his wife and kids making quesadillas and building pillow forts.
Bill is an active player in the Bureau of Digital agency owners' community, and is a member of its Founders' Club. A long, long time ago, he earned a bachelor's degree in Russian from Williams College, which, who knows, may come in handy some day.
A couple of decades ago, William graduated from the Rochester Institute of Technology with a BFA in graphic design. Being a glutton for the punishment of Lake Effect Snows and not one to shy away from taking on too much student debt, he promptly re-enlisted to earn his MFA in electronic media design. He began his career developing CD-ROMs and websites for a diverse set of clients like Matchbox, who makes toy cars; and Mercedes-Benz, who also makes cars (only they're very expensive and much larger). Having lost his mentor and moral guidepost at a relatively early age altered the course of how he wanted to use his talent and whatever time he had left.
While his work has been recognized by prestigious competitions and publications, including Communication Arts, New York Festivals, the One Show Interactive, Print, and HOW Magazine, he tries not to think about it too much. William's professional speaking engagements have run the gamut from AIGA DC, to Creative Mornings DC, to several sessions at SXSW Interactive about life as a creative and managing challenging personalities, of which he is most certainly one.


2 Bedrooms Furnished holiday Apartment for sale in Diani, with split level - 2 floors. The Diani Apartments for sale in Kenya south Coast are in a secure gated community. The Apartment has a large sitting area and has one bedroom on 1st floor and the second room on the top floor.
This Two bedrooms could rent for between Kes 7,000 - 8000 during the high eason and from Kes 17,000 to 21,000 during the festive season per day.
Property for sale in Diani Beach Kenya third row.


text:
History in the Context of the Georgian-Abkhazian Conflict, by George Hewitt
Eduard Shevardnadze stands with soldiers at the parliament building in Sukhum (1992-93 Conflict)
Iran and the Caucasus 2014 / 08 Vol. 18; Iss. 3
George Hewitt
School of Oriental and African Studies, University of London
The 2014 disturbances in the Ukraine occasioned renewed discussion of the 2008 Russo- Georgian War. As the situation continued to worsen in eastern Ukraine, US President Obama announced on a visit to Poland at the start of June that the US and NATO would strengthen ties even with the non-NATO-member-states of the Ukraine, Moldova and Georgia. This last has aspirations of membership, even though it does not control the re publics of South Ossetia and Abkhazia, which most of the world nevertheless regards as integral parts of Georgia. As long as the Georgian-Abkhazian dispute remains unresolved, there will be problems regarding inter-state relations with/for western Transcaucasia. And there can be no resolution of the Abkhazian issue without a proper understanding of Abkhazia's history (both ancient and more recent); it was to try to ensure that the debate is not based on misconceptions, unsubstantiated assertions or even plain errors that this article was written, it is grounded on a consideration of a range of materials (from Agathias' Greek text through relevant discussions in Georgian, Russian and English). The toppling of Abkhazia's democratically elected president (Aleksandr Ankvab) at the end of May 2014 makes the question of Abkhazia even more topical.
Abkhazia, Georgia, Georgian-Abkhazian Dispute, Caucasian History
The full article in PDF can be downloaded by clicking here (9.3 MB)
The murder of Alexei Kogoniya by Georgian Nationalists on 16 July 1989
Testimonies: Georgian - Abkhazian War - Asarkial Human Rights Group
The conflict in and over Abkhazia, by Sergey Markedonov
The Disappearance of Taif Adzhba and the Amnesty International Report of 1993
An Open Letter to the Georgian People (1989), by George Hewitt
The truth about South Ossetia, by Seumas Milne
The capture of Sukhum: the main battles for the liberation of the capital
Changes on the Western Front: how Gagra was liberated
14 August 1997, Vladislav Ardzinba - in Tbilisi. How did this come about?
Soviet Abkhazia 1989 Facts and Thoughts, by Viktor Popkov
Tengiz Kitovani: "they [Russians] officially gave us the 108 tanks of the Akhaltsikhe Division"
Heeding the Call of the Heart: Volunteers in the Patriotic War of the People of Abkhazia
Abkhazia as the Theatre of Georgia's Terrorist Activities and Sabotage, by Sergey Markedonov
The history of the region became ashes: An excerpt from Neal Ascherson's 'Black Sea'
Russian Analytical Digest - No. 40: Russia and the "Frozen Conflicts" of Georgia
Military Aspects of the War. The Battle for Gagra (The Turning-point), by Dodge Billingsley
Secret prisons in Georgia - system of intimidation for the residents of Abkhazia
The roots of the conflict, by Bruno Coppieters
Origins and Evolutions of the Georgian-Abkhaz Conflict, by Stephen D. Shenfield
'Terrible Losses Overnight': Cables Track US Diplomatic Efforts to Avert Russian-Georgian Conflict, by Uwe Klussmann
South Ossetia and Georgia's aggressive state-integrationism, by George Hewitt
People's Peacemaking Perspectives: Georgian–Abkhaz conflict – Policy brief
Statement of the MFA of the Republic of Abkhazia concerning the European Parliament Resolution on the EU – Georgia Association Agreement.
The Georgian-Abkhazian Conflict – Time Works Against Georgia…: An interview with Rusudan Marshania
George Hewitt: The accelerated recognition of Georgia helped to instigate the ethno-political conflicts
War in Abkhazia: Sukhum's opinion [Georgia Times]
State-Legal Relations Between Abkhazia and Georgia
Comments on 'Georgia: a report' by International Alert, by George Hewitt - January 1993
A reply to Paul Henze's views on Georgia, by George Hewitt (February 1993)
Why Independence For Abkhazia Is The Best Solution, by George Hewitt
Co-chairmen of the Geneva Talks to take part in a seminar in Pitsunda
New Publication | Discordant Neighbours: A Reassessment of the Georgian-Abkhazian and Georgian-South Ossetian Conflicts
Abkhazia marks Fatherland Defenders Memory Day
Question for the Incoming US Administration


Chaman is an integrated information and hospital management system to be used in any healthcare centre or corporation. It provides an Electronic Clinical History solution which can be either web or client-server based. Chaman has already been implemented in over 400 centres.
Industry and sector standards: HL7, XML, DICOM, CIE-9, CIE-10, NANDA, NIC, NOC, LOINC, etc.


Carpenter Technology Corporation has announced its financial results for Q4 and year ended 30 June 2018. For Q4 the company reported net income of US$42.8 million, or US$0.88 earnings per diluted share. Excluding special items, adjusted earnings per diluted share was $0.87 in the quarter.
Global production of molybdenum slowed in 2015, according to figures from the International Molybdenum Association (IMOA).
PyroGenesis Canada Inc has announced its Q4 and 2015 results.


text:
Isnello (Sicilian: Isneddu) is a comune (municipality) in the Metropolitan City of Palermo in the Italian region of Sicily, located about  southeast of Palermo.

Isnello borders the following municipalities: Castelbuono, Cefalù, Collesano, Gratteri, Petralia Sottana, Polizzi Generosa, Scillato.

Former New York City mayor Vincent R. Impellitteri was born in Isnello in 1900.

Demographic evolution

References

External links
 Extracted Civil Records

Municipalities of the Metropolitan City of Palermo


text:
#ifndef QDECLARATIVEBORDERIMAGE_P_H
#define QDECLARATIVEBORDERIMAGE_P_H

//
//  W A R N I N G
//  -------------
//
// This file is not part of the Qt API.  It exists purely as an
// implementation detail.  This header file may change from version to
// version without notice, or even be removed.
//
// We mean it.
//

#include "private/qdeclarativeimagebase_p_p.h"
#include "private/qdeclarativescalegrid_p_p.h"

QT_BEGIN_NAMESPACE

class QNetworkReply;
class QDeclarativeBorderImagePrivate : public QDeclarativeImageBasePrivate
{
    Q_DECLARE_PUBLIC(QDeclarativeBorderImage)

public:
    QDeclarativeBorderImagePrivate()
      : border(0), sciReply(0),
        horizontalTileMode(QDeclarativeBorderImage::Stretch),
        verticalTileMode(QDeclarativeBorderImage::Stretch),
        redirectCount(0)
    {
    }

    ~QDeclarativeBorderImagePrivate()
    {
    }

    QDeclarativeScaleGrid *getScaleGrid()
    {
        Q_Q(QDeclarativeBorderImage);
        if (!border) {
            border = new QDeclarativeScaleGrid(q);
            static int borderChangedSignalIdx = -1;
            static int doUpdateSlotIdx = -1;
            if (borderChangedSignalIdx < 0)
                borderChangedSignalIdx = QDeclarativeScaleGrid::staticMetaObject.indexOfSignal("borderChanged()");
            if (doUpdateSlotIdx < 0)
                doUpdateSlotIdx = QDeclarativeBorderImage::staticMetaObject.indexOfSlot("doUpdate()");
            QMetaObject::connect(border, borderChangedSignalIdx, q, doUpdateSlotIdx);
        }
        return border;
    }

    QDeclarativeScaleGrid *border;
    QUrl sciurl;
    QNetworkReply *sciReply;
    QDeclarativeBorderImage::TileMode horizontalTileMode;
    QDeclarativeBorderImage::TileMode verticalTileMode;
    int redirectCount;
};

QT_END_NAMESPACE

#endif // QDECLARATIVEBORDERIMAGE_P_H

redpajama_set_name: RedPajamaGithub


The young child was rushed to Jerusalem's Shaare Zedek Medical Center after sustaining a hand wound in the shooting.
Responding to the shooting, Beit El Local Council chairman Shai Alon said, "Miraculously, the injury was mild, but the incident could have ended otherwise."
The settler leader called on the army to enter Jalazone, another village north of the settlement, "from which we have endured several shooting attacks." He called for troops to "restore order and settle accounts there."
The incident in Beit El took place as a barrage of rocket fire targeted southern Israel.
Earlier Monday evening, the IDF said it struck dozens of terror targets in the coastal enclave in response to the rocket fired at central Israel at dawn that struck a home in the town of Mishmeret, injuring 7 people inside.


Association membership is extended to essentially military schools possessing proven leadership programs (e.g. JROTC or similar leadership program), and which maintain good standing in their regional accrediting organization. An "essentially military" school is defined as an institution employing the military education model (which enhances academic learning by providing the structure, organization and leadership modeling that helps students learn), an institution which organizes its student body as a cadet corps, with students wearing uniforms and continually practicing military professionalism and discipline while at the college or school.
Interested school provides a letter to the AMCSUS Executive Director requesting membership consideration. The letter should include a brief description of the school: category, size, governance, Cadet Corps, leadership programs, faculty and staff.
Executive Committee decides if the requesting school meets the Association's membership requirements.
Requesting school coordinates and funds a one-day site visit by a team of three AMCSUS members (e.g. Current Head of School, Commandant or Dean and Executive Director).
Based upon the results of the site survey, the Executive Committee gives its recommendation for a membership vote.
Entire membership process highlighted above can be accomplished in less than a month.


text:
https://sharkattacksurvivors.com/shark_attack/
08/21/2019 - Christian Mariani - Florida
https://sharkattacksurvivors.com/shark_attack/viewtopic.php?f=58&t=2128
Fort Lauderdale shark attack Florida shark attack Ritz-Carlton shark attack.
Wednesday morning, an 11-year-old Canadian boy escaped with minor injuries in an apparent shark attack while vacationing in Fort Lauderdale, Florida, according to reports.
Christian Mariani was apparently knee-deep in the water at a beach when he was bitten on his right foot.
At least one lifeguard rushed over to treat the boy after hearing a loud scream from the ocean, Fort Lauderdale Fire Rescue Battalion Chief Stephen Gollan told media.
The incident occurred around 9 a.m., according to The South Florida Sun Sentinel and The Miami Herald. The boy had been staying with his family at The Ritz-Carlton in Fort Lauderdale, located across from the beach.
Mariani suffered a puncture wound to his foot, but was in stable condition when he was transported to a local hospital. Mariani's injuries didn't appear to be life-threatening, Gollan said early on Wednesday.
The boy was reportedly discharged from Broward Health Medical Center on Wednesday afternoon.


Ringo Starr & His All Starr Band to perform at Stephens Auditorium, first Beatle to do so . Beatles Radio: The Beatles, Solos, Covers, Birthdays, News The Fab 4 and More!
Stephens Auditorium is due to host the iconic supergroup, Ringo Starr & His All Starr Band, on Wednesday — led by former Beatles drummer and vocalist Ringo Starr.
This will be The All Starr Band's fourth date of their North American tour, which started not long after recently wrapping up their European tour. The group has been touring for more than two decades, originally forming in 1989.
Starr has led 13 different variations of the band, members comprised of rotating stars who hail from other well-known bands.
The current version of the band includes Gregg Bissonette, Graham Gouldman from 10cc, Warren Ham from AD and Kansas, Colin Hay from Men at Work, Steve Lukather from Toto, and Gregg Rolie from Santana and Journey. The concept of the rock supergroup is credited to producer David Fishof.


text:
\section{Introduction}
{\bf Significance Statement. } It is generally expected that when magnetic field destroys superconductivity in two dimensions the system becomes an insulator. It is shown that there is a type of superconductivity, namely the one where the wave function of pairs is odd in time, where the result is not an insulator, but a metal with a zero Hall response. It is suggested that the transition recently observed in the striped-ordered high $T_c$ superconductor La$_{1.875}$Ba$_{0.125}$CuO$_4$ may belong to this category.

{\it Introduction}. Recent magnetotransport measurements in x=1/8 LBCO \cite{tranquada} have revealed yet additional extraordinary features of this otherwise highly usual system. It has turned out that when the applied magnetic field destroys the superconductivity in this layered material, the system becomes metallic with zero Hall response. This behavior is robust down to the lowest temperatures; the sheet resistance gradually increases with magnetic field leveling off at around $B \sim 30$T at $G = 2e^2/h$.

 At x=1/8 doping the holes in copper oxide layers of LBCO are arranged in static stripes at temperatures below $\sim 40$K. The material  undergoes Berezinskii-Kosterlitz-Thouless (BKT) transition at around $T_{BKT} = 16$K into a two dimensional superconducting phase with a finite resistivity in the $c$-direction \cite{BKT}. The Meissner effect is established at much lower temperature $\sim 3$K. The theoretical explanation put forward in \cite{berg} assign these unusual properties to the formation in each CuO layer of Pair Density Wave (PDW) - a superconducting state where the pairs have nonzero momentum ${\bf Q}$. If the direction of ${\bf Q}$ is different in neighboring copper oxide layers than the pairs would not able to tunnel and the layers would remain decoupled. The theory \cite{berg,FKT} models the PDW state as an array of doped chains separated by undoped regions; the chains contain Luther-Emery liquids with gapped spin sector and enhanced superconducting fluctuations. An isolated chain has a quasi long range superconducting order with a spin gap; the chains interact through Josephson coupling (pair tunneling) and the long range Coulomb interaction. Quasiparticles play no active role in this scenario.

 I argue  that this standard picture of the stripe phase cannot explain the transport data of \cite{tranquada}, namely the combination of metallic longitudinal resistivity and zero Hall conductivity. It will be shown that once the strong magnetic field makes the Josephson coupling irrelevant, the superconducting correlations in the transverse direction  become short range suppressing  the transport in the direction perpendicular to the chains. To explain the metallic transport one has to assume the presence of quasiparticles, as was done in \cite{orgad}. However, then one has to explain zero Hall conductivity.

  The present paper suggests a different scenario in which the above difficulties are resolved. It is based on the results obtained in \cite{tsvelik2016}. This paper describes a version of a striped model where the spin gap and superconducting coupling on the hole doped stripes come as a result of exchange interactions between the holes and the surrounding spins and the Heisenberg exchange between the spins. This leads to formation of PDW with the wave vector along the stripes together with formation of hole- and electron like Fermi pockets of gapless quasiparticles. The restrictions  related to the Luttinger theorem guarantee the equality of number of electrons and holes and, as a consequence, zero Hall response. The existence of ungapped  quasiparticles is due to  the fact that the PDW order parameter had a finite wave vector incommensurate with the Fermi surface which  eliminates coupling between the order parameter and the  quasiparticles. The superconductivity is essentially 2D as in the standard layered model, but since  nothing prevents quasiparticles from tunneling between the layers, and their transport  is 3D.

  The present paper begins with a pedagogical description of this model adopted to the case of a layered 3D material with stripes in neighboring layers running perpendicular to each other, as is the case with LBCO.  The model displays  staggered odd-frequency paired PDW with a wave vector directed along the stripes. This staggering makes the interlayer coupling of the order parameters difficult. Below I will recall the main results of \cite{tsvelik2016} generalizing them for finite magnetic fields and putting them in the context of \cite{tranquada}.

 {\it The model.} The adopted description of the striped state is one of a Kondo lattice. This is, however, a lattice of a special kind where the conduction electrons and local moments are segregated into stripes. In the first approximation we can consider a two dimensional arrangement of parallel stripes. The salient feature of the model  is incommensurability between the Fermi wave vector of the holes occupying the conducting chains (stripes) and the lattice. The standard thinking about

 Kondo lattices
 considers its physics as a product of competition between the inter-spin and the Kondo  interactions. If the former one wins the spins decouple from the electrons and when the latter wins the spins fractionalize, hybridize with the itinerant electrons and become a part of the conduction band giving rise to a heavy fermion Fermi liquid.
 It has been frequently suggested (see, for example, \cite{subir, piers}) that there are  circumstances when the spin spin system left to its own devices will not magnetically order, but form a liquid - a strongly correlated state with short range spin correlations. However, the experience of  many years of research in this direction indicates that such disordered states are very difficult to realize. If interacting spins do not order magnetically they tend to form so-called Valence Bond Solids where the magnetic excitations are gapped, but the translational symmetry is still broken.

  In \cite{tsvelik2016} I have considered a mechanism of spin liquid formation  based on {\it cooperation} between the Kondo and the Heisenberg exchange interactions. Somewhat paradoxically such cooperation works better when the Heisenberg exchange is stronger than the Kondo one provided the spin liquid has a Fermi surface as is the case for solitary spin S=1/2 Heisenberg chains. Such situation takes place already for a single spin chain and, indeed, a single Heisenberg chain coupled to one-dimensional electron gas (1DEG) already provides a mechanism for Pair Density Wave formation, as has been noticed in \cite{zachar, KHKivelson}. Hence the simplest way to realize such situation is to consider an array of spin S=1/2 Heisenberg chains decoupled from each other. In LBCO the doped and undoped stripes alternate. To simplify matters I consider a somewhat different  situation when doped chains lie on top of the  Heisenberg one as was done in \cite{tsvelik2016}. In this case each  spin chain is coupled to only one conducting chain.  This arrangement allows me not to consider additional details which would only muddle the discussion.

\begin{figure}[htp]
\centerline{\includegraphics[angle = 0,
width=0.5\columnwidth]{NestingLeft.pdf}}
\centerline{\includegraphics[angle = 0,
width=0.5\columnwidth]{NestingRight.pdf}}
\caption{ A.) Spinon (blue) and electron (yellow) Fermi surfaces  in the array of 1D Kondo-Heisenberg ladders. In the limit when ladders are decoupled the Fermi surfaces are flat and exhibit a perfect nesting. Then spinons and electrons with opposite chirality hybridize and create spin gaps. The spin subsystem decouples into two independent spin liquids made as indicated by arrows. B.)  The bare spinon (blue) and electron (yellow) spectra. The Fermi momenta do not coincide. }
\label{Fig3}
\end{figure}
 A single  KH ladder consists  of  an antiferromagnetic spin S=1/2 Heisenberg chain (HC) coupled to 1DEG via an anferromagnetic exchange interaction
\begin{eqnarray}
&& H = \sum_k \epsilon(k) \psi^+_{k\sigma}\psi_{k\sigma} + \frac{J_K}{2} \sum_{k,q}\psi^+_{k+q,\alpha}\vec\sigma_{\alpha\beta}\psi_{k,\beta} {\bf S}_q + \nonumber\\
&& J_H\sum_n {\bf S}_n{\bf S}_{n+1}, \label{model1}
\end{eqnarray}
where $\psi^+,\psi$ are creation and annihilation operators of the 1DEG, $\sigma^a$ are the Pauli matrices, ${\bf S}_n$ is the spin S=1/2 operator on site $n$ and ${\bf S}_q$ is its Fourier transform.   It is assumed that $J_K << J_H$ and  the 1DEG is far from half filling, $|2k_Fa_0 -\pi| \sim 1$ ($k_F$ is the Fermi momentum of the electrons). Under these assumptions one can formulate the low energy description of (\ref{model1}), taking into account that the backscattering processes between excitations in the HC and the 1DEG are suppressed by the incommensurability of the 1DEG.  The effective theory is valid for energies much smaller than both the Fermi energy $\epsilon_F$ and the Heisenberg exchange interaction  $J_H$ of the model (\ref{model1}). It is  integrable \cite{zachar} and  the exact solution  was used as a springboard for a controllable approach to the model  of a D-dimensional  array of   KH ladders developed in \cite{tsvelik2016}.

At $J_K =0$ both 1DEG and the Heisenberg chain are critical systems. The excitations of the HC are gapless spinons whose spectrum is linear at small momenta: $\omega = v_H|k|$ with $v_H = \pi J_H/2$. Spinons are fractionalized particles: they carry zero electric charge and spin S=1/2.
In the absence of umklapp the only smooth parts of the magnetizations of spin and electron chains couple. It is remarkable that in the spin S=1/2 Heisenberg chain the smooth part can be represented as a sum of  the spin currents ${\bf j}_{R,L}$ (\ref{S}) which allow a fermionic representation: $
{\bf j}_{R}=\frac{1}{2}r^+\vec\sigma r, ~~{\bf j}_L = \frac{1}{2}l^+\vec\sigma l, $
 where $r,l$ are noninteracting 1D fermions with dispersion $\pm v_H k_x$. These fermions carry fictitious U(1) charge. However, the charge degrees of freedom do not affect  the current-current commutation relations and hence do not partake in the interaction with the conduction electrons. When the Kondo coupling is much smaller than the electron band width we can linearize the electron spectrum close to the Fermi points introducing right- and left moving fermions $R({\bf k}) = \psi(k_x+k_F,k_y), ~~L({\bf k}) = \psi(k_x-k_F,k_y)$. The resulting low energy description is
\begin{eqnarray}
&& H = H_+ + H_-\\
 &&H_+ = \sum_{\bf k}\Big\{ \epsilon_R({\bf k})R^+_{\alpha}({\bf k})R_{\alpha}({\bf k}) + v_Hk_x l^+_{\alpha}({\bf k})l_{\alpha}({\bf k}) \Big\} +\nonumber\\
 && J_K\int \mbox{d} V R^+\vec\sigma R(r) l^+\vec\sigma l(r) \label{big1}\\
 && H_- = H_+(R \rightarrow L, L \rightarrow R, k_x \rightarrow -k_x) \label{big2}.
 \end{eqnarray}
  We can choose $\epsilon_{R, L} = \pm v_F (k_x-k_F) + 2t(\cos k_y + \cos k_z)$.

   Representation (\ref{big1},\ref{big2}) is similar to the one frequently adopted for the Kondo lattices, see, for example, \cite{paschen1}. However, there is  one difference, namely that in our approach the spinon right- and left moving fermionic operators $r,l$ do not interact and in the standard treatment where the spins are arranged on a 3D lattice with isotropic interactions they do.

 {\it The spectrum and the order parameters.}   The following simple mathematical description gives the gist of what is going on. Although it is possible to carry on the calculations rigorously, as was done in \cite{tsvelik2016}, I will resort to a simplified approach. Namely, I decouple the interaction with the Hubbard-Stratonovich transformation and look for the saddle point:
   \begin{eqnarray}
   J_KR^+\vec\sigma R l^+\vec\sigma l \rightarrow  |\Delta_+|^2/2J_K + ( \Delta_+ R^+_{\alpha}l_{\alpha} + H.c.) ,
  \end{eqnarray}
  and the same for $L$ and $r$. Then the quasiparticle spectrum at the saddle point is
  \begin{eqnarray}
 && E_{\pm}(k) = \pm (k_xv_H- \epsilon_R)/2 + \nonumber\\
 && \sqrt{(k_xv_H + \epsilon_R)^2/4 + |\Delta_+|^2}, \label{disp1}
\end{eqnarray}
where $\epsilon_R = v_Fk_x + t_{\perp}(k)$, where $t_{\perp}$ is the Fourier transform of the interchain tunneling . Strictly speaking, this procedure is justified when the SU(2) symmetry is replaced by the SU(N) one with $N>>1$. However, as was demonstrated in \cite{tsvelik2016}, the results remain robust even for $N=2$. Some details can be found in Supplementary Information \cite{SM}.   However, even on this level we see that $\Delta_{\pm}$ are complex fields and their phases must remain gapless.

If electrons are also 1D their Fermi surface is flat and we have a process depicted on Fig. \ref{Fig3}A. It is assumed that the Fermi momenta of electrons and spinons are different so that there are no umklapp processes and the  hybridization takes place only between spinons and electrons of opposite chirality.  This opens a gap on the entire electron Fermi surface. If one allows an interchain tunneling the nesting becomes imperfect and pockets of electron- and hole-like quasiparticles will appear as on Fig. \ref{Fig4}.

\begin{figure}
\centerline{\includegraphics[angle = 0,
width=0.4\columnwidth]{KHspectrumA.pdf}}
\centerline{\includegraphics[angle = 0,
width=0.4\columnwidth]{KHspectrumB.pdf}}
\caption{Holons of 1DEG (orange arrows) do not pair. Spinons of 1DEG (thin arrows) pair with the spinons of opposite chirality from the Heisenberg chain (thick arrows). This forms the gapped  spinon dispersion shown on the right. $e= E/\Delta$,  $q=k_x(v_Hv_F)^{1/2}/\Delta$ and $v_F/v_H =1/4$. The spinons of the Heisenberg model located at wave vectors $-\pi/2a_0$ (+$\pi/2a_0$) pair with the spinons of the 1DEG located at $k_F$ (-$k_F$). The product of the corresponding pairing amplitudes forms the amplitude $A$ of the composite order parameter (\ref{g}).}
 \label{Spectrum}
\end{figure}
The Hubbard-Stratonovich approach gives somewhat simplified picture of the spectrum. It turns out that the gapped parts of the spectrum (\ref{disp1}) corresponds to neutral spinons -  spin-1/2 incoherent excitations which remain confined to the chains. The gapless parts correspond to coherent quasiparticles whose Fermi surfaces in the form of particle and hole pockets are shown on Fig.\ref {Fig4}.
\begin{figure}[!htp]
\centerline{\includegraphics[angle = 0,
width=0.6\columnwidth]
{FSpicture.pdf}}
\caption{ Pockets of electron- and hole-like quasiparticles formed in the spin liquid state with a sufficiently strong  interstripe electron tunneling. The bare electron and spinon Fermi surfaces are gapped and marked by dashed lines. }
\label{Fig4}
\end{figure}
There are also gapless collective modes corresponding to fluctuations of the order parameter fields. The  Hubbard-Stratonovich fields $\Delta_{\pm}$ contain a fictitious U(1) phase of the $r,l$ fermions and hence are not gauge invariant. The real  order parameter (OP) fields in the KH ladder are their products $\Delta_+\Delta_-$ and $\Delta_+\Delta_-^*$\cite{footnote}.
 These OPs can be expressed in terms of the electron and spin operators:
\begin{eqnarray}
&& {\cal O}_{cdw} =  \psi^+(x)\Big[({\bf S}_x{\bf S}_{x+a_0})\hat I + \mbox{i}(\vec\sigma {\bf S}_x)\Big]\psi(x)\mbox{e}^{\mbox{i}(\pi/a_0 +2k_F)x}\nonumber\\
&& {\cal O}_{sc} =  \mbox{i}(-1)^{x/a_0}\psi(x)\sigma^y\Big[({\bf S}_x{\bf S}_{x+a_0})\hat I + \mbox{i}(\vec\sigma{\bf S}_x)\Big] \psi(x),\label{OP2}
\end{eqnarray}
where $\hat I$ is a unit matrix. For a single KH chain correlation functions of these  composite OPs  have a power law decay at $T=0$. These OPs can be conveniently written in the matrix form:
\begin{eqnarray}
\hat {\cal O} = \left(
\begin{array}{cc}
{\cal O}_{cdw} & {\cal O}_{sc}^+\\
-{\cal O}_{sc} & {\cal O}_{cdw}^+\\
\end{array}
\right) =
 A\hat g, \label{g}
\end{eqnarray}
where $A\sim \Delta$ is an amplitude and $g$ is the matrix field of the SU$_1$(2) Wess-Zumino-Witten-Novikov model governing the dynamics of the collective charge excitations (see Eq.(\ref{charge} in \cite{SM}).

Using the equations of motion $\dot\psi = [H,\psi]$, where the dot stands for derivative in Matsubara time, one can show that these OPs have finite overlap with the order parameters of  the odd-frequency Pair Density Wave  and odd-frequency CDW:
\begin{eqnarray}
&& {\cal O}_{osc} = \dot\psi(\tau, x)\sigma^y\psi(\tau,x) (-1)^{x/a_0}, \nonumber\\
&&  {\cal O}_{ocdw} = \dot\psi^+(\tau,x)\psi(\tau, x) \mbox{e}^{\mbox{i}(2k_F + \pi/a_0)x}
\end{eqnarray}
One can find more detailed discussion of odd-frequency superconductivity in the review article \cite{balatsky}. The idea that Kondo lattices may support odd-frequency superconductivity was put forward in the 90-ties \cite{coleman1,coleman2} and its  relation to the composite orders (\ref{OP2}) was discussed in \cite{KHKivelson,georges,zachar}.  However, the mean field theory presented in \cite{coleman1,coleman2} was too simple to account for interesting properties of the KH ladder encoded in its correlation functions.

Let us now turn to the quasiparticles. The best way to detect them is to calculate the single particle Green's function. For the standard model such calculations were done in \cite{orgad} with the result that the PDW leaves certain parts of the Fermi surface ungapped. However, this approach does not produce  zero Hall response - one of the striking features on the metallic phase observed in \cite{tranquada}.  In the PDW state discuss here this feature comes as a consequence of the strong interactions and the spin gap formation. The simplest way to see this is to consider the  RPA form of the Green's function:
\begin{eqnarray}
G_{RPA} = [G^{-1}_{1D}(\omega,k_x) - t_{\perp}({\bf k})]^{-1}, \label{RPA}
\end{eqnarray}
where $G_{1D}$ is the the Green's function of a single KH ladder. This approximation allows one to take into account the strongest correlations on a single chain encoded in $G_{1D}$ which can be calculated nonperturbatively. Its  precise  form  is given in \cite{tsvelik2016,SM}. In the present context we need to know  that $G_{1D}(\omega=0, k_x = \pm k_{F}) =0$ which allows the purely one dimensional KH ladder to satisfy the Luttinger theorem despite the absence of Fermi surface. This property translates to (\ref{RPA}) which guaranties that even for sufficiently large $t_{\perp}$ when (\ref{RPA}) acquires quasiparticle poles at zero frequency, they will not contribute to the Luttinger volume already fixed by the zeroes. In other words, the poles will cancel each other resulting in  a compensated metal with zero Hall response \cite{SM}.

{\it A failure of the standard model.} Below I consider the standard model of stripes in strong magnetic field  and will show that ones the Josephson tunneling is frustrated the low temperature transport of pairs becomes impossible. The standard model describes the charge sector of stripe phase as an array of one dimensional Luther-Emery liquids coupled by Josephson tunneling. The effective Lagrangian density describing superconducting fluctuations of such system is
\begin{eqnarray}
&& {\cal L} = \sum_y \Big\{\frac{1}{2}\Big[v^{-1}(\partial_{\tau}\theta_y)^2 +v(\partial_x\theta_y)^2\Big] + \nonumber\\
&& J \cos[\beta(\theta_y - \theta_{y+1}) - 2hx/v]\Big\},
\end{eqnarray}
where $h = eHa_0v/c$ with $a_0$ being the interchain distance and $H$ the applied magnetic field; $v$ is the velocity of the phase mode,  $\beta$ is a  parameter related to the interactions. In what follows I set $v=1$. I assume that the long range Coulomb interaction is screened, for instance,  by the gapless quasiparticles as in \cite{orgad}.

 For our purposes it will be sufficient to calculate the order parameter correlation function
 $\chi_P(\tau;x,y)=  \langle\la \mbox{e}^{\mbox{i}\beta\theta_y(\tau,x)}\mbox{e}^{-\mbox{i}\beta\theta_0(0,0)}\rangle\ra,$
for large magnetic field when it can be done using the perturbation theory. The expansion parameter of this theory is $J/h^{2-2d}$, where $d = \beta^2/4\pi$. In the leading order in this parameter the correlation function for a given $y$ must include only minimal number of Josephson interactions sufficient for the pair to tunnel for a given distance:
\begin{eqnarray}
&& \chi_P(A,B;y) = \label{F}\\
&& J^y\int \prod_{i=1}^y \mbox{d}\tau_i\mbox{d} x_i \chi(A,1)\chi^*(1,2)\chi(2,3)...\chi(y-1,B)\times\nonumber\\
&& \mbox{e}^{2\mbox{i} h( x_1- x_2 + x_3 +...)},\nonumber
 \end{eqnarray}
where $A,B$ are shorthand for $(\tau_A,x_A), (\tau_B,x_B)$ and  $\chi(1,2)$ is just the correlation function $\chi_P(\tau_1-\tau_2, x_1-x_2;y=0)$  at $J=0$.  Taking the Fourier transform and setting $k_x=0$ to simplify the expressions, we get
\begin{eqnarray}
\chi_P(\omega,k_x=0,k_y) = \frac{G^{-1}(\omega,h) - J\cos k_y}{(G^{-1}(\omega,h) - J\cos k_y)^2 + J^2\sin^2k_y},\nonumber
\end{eqnarray}
where $G^{-1} = A(\omega^2 + h^2)^{1-d}$, with $A$ being nonuniversal dimensional  parameter. At $J << h^{2-2d}$ the correlator is short ranged which means that {|color{red} the transverse tunneling of pairs is blocked. At these circumstances one is left with conductivity along the chains, but since this is associated with charge density waves which are pinned by disorder, this will also vanish.}

{\it Summary and Discussion}.  Let us summarize the physics of KHA  with the interstripe tunneling is of order of the spin gap.  At energies below the spin gap the system effectively splits into two quasi independent sectors. One sector is the collective modes - the superconducting and the CDW fluctuations. The other sector is the quasiparticles. The order parameters are staggered with wave vectors incommensurate with the Fermi surface which has the most profound consequences for the low temperature behavior. First of all the incommensurability  guarantees that the quasiparticle  Fermi surface remains ungapped even when there is a true long range order. Then in the layered system where the stripes in the neighboring planes are perpendicular to each other, the order becomes effectively two dimensional since the interlayer coupling is frustrated. The quasiparticle tunneling, however, is not frustrated and the quasiparticles are free to propagate in all directions which prevents their localization. At last, the total Fermi surface volume (the Fermi volume of the electron- minus the volume of the hole-like parts) is zero. As is explained above, this is a property of the strongly correlated spin liquid state from which the PDW originates. As a consequence, the Hall response is zero below the BKT transition.

 Measurements of the specific heat produce a finite value of $\gamma(T \rightarrow 0) = 2.5$ mJ K$^{-2}$mol$^{-1}$ which increases to 2.8 mJ K$^{-2}$mol$^{-1}$ in H= 9T \cite{tranquada2008} (about an order of magnitude smaller than in the normal state). This is consistent with existence of a Fermi surface. The quasiparticle Fermi energy must be of the order of the spin gap which for a similar material LSCO is estimated as $\sim $9 meV \cite{tranquada2018}. Such shallow Fermi sea could remain  undetected by the ARPES measurements \cite{shen}  in the stripe-ordered  LBCO. In any case the ARPES experiments  represent problem for the standard model as well. Another potential problem is magnetic order in the stripe-ordered phase. Naturally, a strong order will destroy the spin gap which gives rise to the PDW. However, a weak order may coexist with PDW \cite{tsvelik2016,SM} and  the measurements in a similar compound LNSCO with $x=0.12$ yield a small Cu moment of 0.10 $\pm $0.03 $\mu_B$ \cite{tranquada96}. Besides zero Hall conductivity and finite $\gamma$ there is another feature which distinguishes the present theory from the standard one, it the direction of the wave vectors of the staggered order parameters. They are directed along the stripes and this presumably can be tested experimentally.

{\it Acknowledgements}. I am grateful to J. Tranquada for very useful discussions and to L. B. Ioffe and S. A. Kivelson to valuable remarks. The work was supported by Office of Basic Energy Sciences, Material Sciences and Engineering Division, U.S. Department of Energy (DOE) under Contract No. DE-SC0012704.

redpajama_set_name: RedPajamaArXiv


text:
Le luci di settembre è uno dei romanzi di Carlos Ruiz Zafón, uscito nel maggio 2011 in Italia.
Dopo Il principe della nebbia e Il palazzo della mezzanotte Zafón scrisse, nel 1995, un altro libro: Le luci di settembre. Questi tre primi libri avevano un filo conduttore comune, infatti furono poi raccolti nel volume La Trilogía de la Niebla (La Trilogia della Nebbia). Zafón però non apprezzò mai il proprio romanzo tanto come, ad esempio, Il principe della nebbia. Non ne fu soddisfatto fino al 2007, dopo averlo revisionato; infatti fu poi pubblicato nell'agosto del 2008 dalla casa editrice Planeta. È stato pubblicato in Italia dalla Arnoldo Mondadori Editore nel maggio del 2011.

Trama

Francia, anni Trenta. Armand Sauvelle muore all'improvviso, lasciando la moglie Simone e i due figli, Irene e Dorian, a sopravvivere in gravi condizioni economiche. Simone, tormentata dai creditori, inizia a lavorare come insegnante e perfino la piccola Irene è costretta ad ingegnarsi per guadagnare qualcosa.

Finalmente nell'estate del 1937 si presenta una buona occasione: a Simone viene offerto un posto di lavoro come governante nell'abitazione del ricco Lazarus Jann, noto ingegnere e proprietario di una fabbrica di giocattoli. La famiglia Sauvelle si trasferisce dunque nel piccolo paese di Baia Azzurra, sulle coste della Normandia, dove si trova Cravenmoore, la sinistra dimora di Lazarus Jann, abitata soltanto dal suo proprietario, da sua moglie, inferma e segregata nelle sue stanze, e una giovane domestica, Hannah.

Simone e i suoi figli credono di aver infine trovato la serenità, ma ben presto capiranno di essersi sbagliati. Una notte Hannah viene ritrovata morta all'interno del bosco che circonda Cravenmoore, e da quel momento una fitta rete di misteri e strani avvenimenti inizia a svilupparsi intorno alla figura di Lazarus Jann e alla sua strana dimora, popolata da giocattoli grotteschi e animati frutto delle sue invenzioni. Mentre qualcosa nasce tra Simone e il suo datore di lavoro, la quindicenne Irene e il giovane pescatore Ismael, cugino di Hannah, iniziano a indagare, decisi a scoprire la verità, portando alla luce un terribile segreto rimasto sepolto per anni nelle viscere di Cravenmoore.

Edizioni

Collegamenti esterni

Romanzi di Carlos Ruiz Zafón
Romanzi per ragazzi


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Barcelona eased to a comfortable 4-1 win over Villarreal CF at the Nou Camp, with Lionel Messi, Neymar and Luis Suarez all getting on the score-sheet.
Luis Enrique's men held on to their place at the top of La Liga for another week, after cruising past Fran Escriba's men with a comprehensive 4-1 victory. Real Madrid's 4-0 victory at Granada that same day ensured that they remained level on points with the Blaugrana.
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We take a look at some of the talking points and things we learnt from an easy Barcelona victory.
With a neat finish and a cool penalty in each half, the Argentine scored his 50th and 51 goals of the season against Villarreal. And in doing so, it was the 5th time in 7 seasons, that he crossed the 50 goal mark in his glittering 13 season career.
The first, a stunning left foot strike from distance, prior to which he left a helpless Rodrigo Hernandez on the pitch with a superb piece of skill, after which he took a few touches before unleashing a low, driven shot into Andres Fernandez' bottom left corner.
The second one came in the 82nd minute, after Barcelona were awarded a penalty as it was thought that Jaume Costa had handled the ball. The Argentine stepped up to the spot and made no mistake from 12 yards out, and sent the Nou Camp on their feet with his Panenka.
His importance to their squad in this season cannot be understated, and it is his late goals that have saved them on numerous occasions this campaign, most notably in the previous Clasico against Real Madrid at the Bernabeu, where his 92nd minute strike helped blow the title race wide open.
With 3 games to go, which includes a Copa Del Rey final against Alaves, Messi still has time to improve on his goal tally and may very well cross his 4th best career haul of 53 goals in a season, which he set in the 2010-11 campaign.
Luis Enrique's rotation policy this season has at times proven to be confusing this season. He has had to deal with his fair share of injuries over the course of the season, but as this season comes to an end, it is unknown if Enrique has himself decided on his team's first choice XI.
He has also experimented with formations, trying out a 3-4-3 after their shock 4-0 loss at PSG in order to try and get the best of his team and it did work for a while. Enrique would also be forced into rotating his squad constantly, given the kind of quality on Barcelona's bench.
No coach can ever promise regular game time to a player, especially at Barcelona. With Paco Alcacer, Arda Turan, Rafinha, Lucas Digne, Andre Gomes and Jasper Cillessen all waiting in the wings, it is important to keep them match fit and as satisfied as possible and Luis Enrique has seemingly done an admirable job.
With Messi's classy Panenka finish, it took the MSN's goal tally for the season past the 100-goal mark to 102, with three games left to go before the season ends. A massive feat, one that they have achieved for the third consecutive season.
With 122 goals in 2014-15 season and 131 in the following season, the trio haen't quite been their deadly best this season but then again, the rest of the team hasn't quite been up to the mark either. However, they have saved their team on numerous occasions and kept them in the title race.
They also have a Copa Del Rey final left to play, meaning their season wouldn't be a complete disaster. Should they manage to salvage their season with a trophy or two, it will largely be down to the heroics of the MSN.
For Barcelona's fourth goal, defender Jaume Costa was wrongly adjudged to have handled the ball in the box and as a result, José María Sánchez Martínez wasted no time in pointing to the spot. Lionel Messi stepped up, and made it 4-1 to Barcelona in the 82nd minute.
While it never looked like Villarreal would have managed to make up the 2 goal deficit that existed prior to the the penalty decision, this was yet another instance in Barcelona's season where the rival fans will point fingers and accuse them of being assisted by the referees.
Barcelona have never been far from such controversy over the past few years and if anything, this is yet another instance that could be used to advocate the introduction of technology and video replays to assist the linesmen and referees and ensure that the game is played fairly.
Real's 0-4 drubbing of Granada means that Los Blancos are level on points with Barcelona, but have a game to spare. Both sides have 84 points to their name after matchweek 35. Next week promises to be an extremely crucial one however, as Real Madrid face Sevilla at the Bernabeu.
Needless to say, Barcelona will be keeping a close eye on proceedings and will be praying to their football gods to help the Andalusians stop Real Madrid in their tracks. This match has the power to decide whether the title stays in Barcelona or moves to the Santiago Bernabeu after 5 long years.
There is an outside chance that the both sides could slip up in their remaining fixtures, but Real face Celta Vigo and Malaga, while Barcelona face Las Palmas and Eibar and it is highly unlikely that these sides could pose as a threat to Zidane and Enrique's men.


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Gubbio, Umbria, Italy
8 out of 10 Telegraph expert rating
The Sagrini family have transformed this fairytale castle into a hotel and atmospheric restaurant, whose impressive historical menu spans centuries – ideal for those in search of a unique culinary experience or with a keen interest in Italian history.
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Telegraph Review
Hannah Frances, Travel writer
The castle presides over a large estate in the Chiascio valley on the ancient road between Gubbio and Perugia. Perugia airport is just 30 minutes away by car and although private airport transfers can be arranged, it's a good idea to rent a car given the remote location.
Style and Character
The imposing structure looks much larger from the outside than it feels inside, perhaps due to the metre-thick walls taking up much of the footprint. It's every bit the medieval castle, with high wooden ceilings, flagstone floors and small windows deep-set into the chunky stone, but also has the feel of a well-loved and well lived-in country pile.
The castle's quirky owner lives here much of the time, sharing communal spaces, breakfast and convivial conversation with guests. He has lived here since inheriting the property in the 1980s, requiring the income of paying guests to maintain the estate – though the feel of a private home is still tangible thanks to family photographs and trinkets. It's unsurprising to say that many of the interior spaces are dark, but it's gloomy and spooky in places that could be lifted with décor. The style really shines in the dining room, with its crackling fire, oil paintings and maps.
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Service and Facilities
Service is courteous and professional, and staff are very knowledgeable about the castle's history and nearby attractions. On the estate, there are a number of rural activities that can be arranged, including truffle hunting, stargazing from the tower and horseback riding on Freesian horses. It would be easy to while away a day by the pool (if you visit early in the season, be sure to ask if the pool is open) or explore the estate's many walking trails before returning for aperitivo on the terrace. There's also a library with novels and guidebooks in many languages.
The layout of the original buildings have made their conversion into hotel rooms quite awkward in places, with some funny nooks and crannies that can't be easy to clean. In parts it feels dated (in a 1980s way more than a 1380s way) but the uniqueness of each room, some with frescoed ceilings, wooden beams and original stone arches, is charming. If you're not afraid of heights, the suite in the 10th-century watchtower is outstanding. Spiral staircases connect the private drawing room, bathroom and bedroom across three floors, with a fabulous terrace offering uninterrupted views across the Chiascio Valley.
With an extraordinary renaissance-inspired menu, the candle-lit dinner is an unforgettable experience. Petroia's Michelin-starred chef studied hundreds of historical documents to recreate dishes that were served at the castle over a period of four centuries. His obsession for accuracy is such that an antique stock of pure-bred white Chianina cattle are bred on the estate farm. When we visited in May, dishes included 'la bigonza', which is a barrel of pork enjoyed during the 16th century; 'penuchi' pasta with bacon and goat ricotta from a recipe first recorded in the 14th century; and a 17th-century stew called 'bottaccio' comprising bread, sausages and vegetables.
Breakfast is one of the best continental spreads I've seen in the region, with a generous offering of local meat and cheese, freshly squeezed orange juice, home-baked bread, homemade jam and the usual section of fruits and cereals.
Rooms from €120 (£100) in low season; and from €150 (£125) in high, including breakfast. Free Wi-Fi. Value is to be found in the historical significance and opportunity to dine in the restaurant and not necessarily in the room spec.
Access for guests with disabilities?
The main building has a lift and ramps can be arranged to navigate uneven areas. Junior deluxe room 'Dello Scudiero' and deluxe room 'Del Cavaliere' in the main building are both adapted for wheelchair access.
Family-Friendly?
Yes, and the fairytale of staying in a castle wouldn't be lost on little ones.
Localita Petroia, 06020, Gubbio, Italy.
00 39 075 920 287 petroia.it
Rooms from £ 138
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Kirchheim near Munich/Germany, 5 February 2019 – hubergroup, one of the world's leading specialists for printing inks, coatings and press room auxiliaries, is building on its long tradition and extensive expertise in web offset inks and coatings with a new sales and support infrastructure dedicated to helping web offset businesses in Europe operate more efficiently and profitably. The new organization includes talented professionals with long tenure in the industry and with a strong focus on quality and service.
For more information about products and services from hubergroup, visit www.hubergroup.com. To find a hubergroup representative in your area, visit www.hubergroup.com/location/.


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SAN DIEGO – Sage Executive Group, a San Diego-based membership network and advisory group for business leaders, announced record growth in its membership. Sage has grown from startup four years ago to a premier peer advisory organization for CEOs of more than 90 San Diego and Orange County members, with total revenues from their businesses exceeding $1.5 billion and averaging a 15 percent growth from 2014 to 2015.
As part of its expanding role to become a key training and development organization for leading San Diego-area companies, Sage has expanded its reach to include special groups for sales leaders, creative agency executives, marketing professionals and facility managers.
What sets Sage apart in working with the region's top executives is a philosophy emphasizing values, encouraging business leaders to put people before profits, and learning how to effectively balance business demands and responsibilities to family, community and health. Members, ranging from CEOs of large-scale companies to up-and-coming sales executives at new enterprises, meet monthly to share ideas, solve problems and exchange feedback about their professional and personal challenges.
"Sage offers camaraderie and support of people who are going through some of the same things you are," said Sage member Steve Wagner, co-founder and brewmaster of Stone Brewing Co. "We share and give each other ideas for how to better balance life, and take good care of your business and your family."
Sage's growth has been guided by founder and CEO Jerry Rollins, a successful San Diego businessman and entrepreneur whose management approach is grounded in his early career as a professional hockey player. His sports experience of coaching and being coached, as well as his expertise in business team building, has translated into Sage's emphasis on values-based leadership.
Sage's identity, and resulting rapid growth, is founded on groups of 10 to 12 like-minded executives who meet monthly in half-day sessions led by a seasoned business leader. Members work together to address and solve critical issues impacting their business and personal lives. Each group offers a scholarship to a member who leads a nonprofit organization in the local area. Sage also holds quarterly networking events featuring a presentation by marketing and sales experts. Sage members contribute to educational growth by offering aspiring students college scholarships on an annual basis.
Sage Executive Group was launched in 2012 by Rollins, who served as the CEO, president and owner of four companies for more than 21 years, and San Diego entrepreneur Brian Yui, a specialist in building companies from the ground up.
For more information, contact SAGE Executive Group at (800) 648-1063 or visit www.sageexecutivegroup.com.
Media Contact: Chuck Buxton
chuck@sageexecutivegroup.com or (619) 892-8119


The Division of Pulmonary and Critical Care Medicine at Brigham and Women's Hospital (BWH), provides personalized care for patients who have respiratory conditions and diseases. Our board-certified pulmonologists—fellowship trained in both pulmonology and critical care medicine—provide state-of-the-art diagnosis and treatment services, including interventional pulmonology.
Working closely with the Division of Thoracic Surgery, we are an integral part of The Lung Center, a unique collaboration of experts at BWH who care for the full range of pulmonary conditions, from inherited diseases such as cystic fibrosis, to chronic asthma and complex tumors, to lung failure requiring lung transplantation. Named among the top pulmonary centers in the country by U.S. News & World Report, BWH is consistently ranked a top hospital in the nation.
Our pulmonary medicine physicians are faculty members at Harvard Medical School. They train the next generation through the Harvard-BWH Pulmonary and Critical Care Medicine Fellowship Program. The Lung Research Center at the Brigham Research Institute integrates patient care with scientific discovery to better understand pulmonary disease while pursuing life-changing treatments and cures.
Outstanding, collaborative patient care is our focus. We partner with patients and families, along with physicians in the community and sub-specialists at BWH, to develop precise treatment plans.


There are no words to describe how adorable this book was and how much I loved it.
We have a brave little Knight that would rather read books than fight, but when his parents insist that as a Knight he should go out and slay a dragon he sets off on an adventure. Along the way he encounters various monsters that wish to eat him, but each time he resolves a would be fight with the power of books.
The story is beautifully illustrated and wonderfully written; it has a lovely message for children and is simply a must.