Priors: I was on deferred adjudication for a prior charge when I was arrested. The day my apartment was raided, I was to sign my papers to finish probation. I completed my three years of probation with no problems. My prior was a misdemeanor charge resulting when I wrote one of my own checks and cancelled it.
Prison Accomplishments: Tynice is presently enrolled in the Office Administrative Apprenticeship program through UNICOR. She graduated from The School of Culinary Arts at Danbury and she taught the course, "Cage your Rage". She has successfully completed three different apprenticeships: Housekeeping, Bakers, and Cook, and she has taught re-entry classes. Additionally she acquired her grant writing certificate through Naugatuck Valley Community College.
Courses Completed: Tynice completed 30 courses at Aliceville, including courses needed to enhance learning post high school diploma, important life functioning courses, health, wellness and sports courses, and leisure time activity courses. At the present time Tynice is currently enrolled in Adams State University, CO, with her major being sociology.
I was living with someone who was involved in illegal drug activities but I was young and naïve and thought his actions would not rub off on me. I thought as long as I was not participating in his illegal deals, it could not affect me. I was wrong. I never reported his actions because I never had direct contact with anything illegal that he was doing. I just knew he was into the drug game and turned my head away. I was implicated through a no-knock search warrant when I was home alone. Two guns were found in my room: one in a drawer, the other in a back pack behind the bed. The guns were not used at all. My boyfriend had them just because of what he did and he wanted them near him. I was charged with both because I was the only one at the house when it was raided and the house was in my name alone. Finger prints were done on the guns and mine were not on them, yet I was convicted of owning them. I was taken into custody the day of the raid for questioning and was never released. I was indicted within 30 days. I went to trial with a public defender and was convicted even though there was a lack of evidence and I had a very minor role. I was also hit with trial penalty enhancements at the top of the guideline chart even after going to trial.
I have demonstrated that I have overcome my past failures and proved I am a competent and capable woman.
Before I was arrested, I was attending classes to become certified as a real estate agent. That is a career which still interests and appeals to me. However, after having been through this entire experience, I think I need to become a voice for those who might be going through similar circumstances in the future – to reach out to help them. At this present time I am currently enrolled at the Adams State University, CO, with my major being sociology. I plan to use the degree in Sociology to further my horizon and work in a field where I can help others who are facing the battle that I once did as an adolescent child. After having an experience of this magnitude, I think I need to become a voice for those who might not be able to speak for themselves. There are many children who just need that push in the right direction and I would love to be that hand. Everyone has a story to tell so why not help give them a platform to tell it. Primarily, I need to get myself together and be able to hit the ground running, so to speak and make a life for myself while at the same time beginning to take care of my family. My father is ill and my mother is alone so that gives me the drive to do and become better. I desperately wish to relieve my mother of the responsibility of raising my son and I yearn to be the mother my son both needs and deserves.
I have a job offer through the work I am doing with UNICOR. This company has offered Lubbock area jobs upon release to many of those employed at the prison, and that is where I will be released to. I also have a few friends who are self employed who are willing to offer me employment upon release.
It will be a phenomenal blessing to my family when I am released. I have been absent most of my adult life so to rekindle my family's love and be able to fill the gap of my absence will make my family whole again. Being able to have a full and complete family reunion will provide my family with great joy. We have all fought for so long to bring me home, which will close the missing link in our family circle.
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When I watch gardening programs and see them putting mirrors in the gardens, I always think to myself, bet they haven't got any kids!
I know any mirrors in our garden wouldn't last a week with those girls playing out there.
As I said, though, I worry about it getting broken when the kids play in the garden.
A safer option would be to use silver acrylic mirror sheet. You can have it cut to the particular size you need, it's stronger and lighter than glass mirror and shatterproof.
It's highly weather resistant and has impact resistance 10 times greater than the equivalent glass mirror.
The top of our garden is a mess. It's overgrown with weeds and has a pile of wood as high as the fence. There's also a big muddy mess in front of the shed where the greenhouse used to be.
We have plans to turn it into an orchard. I think some mirrors on the fence at the top would create a great effect and make the garden look bigger than it is.
I like the idea of using the acrylic sheet in the girls' room as well. Kaycee's getting older now and taking pride in her appearance. She'd love to have a full-length mirror in her room to she can see how different outfits look. I'd be happy putting an acrylic mirror in their room.
It's very versatile and can be used in lots of places like a home gym, dance studio, display cases, DIY projects amongst other uses.
What a clever idea….I don't think a real mirror would last long here with my two.


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Research opportunity: Evaluating a multi-layered, community focused support network – Closing date 6 September 2013
This project pilots a multi-layered, community focused support network around 12 drug and alcohol service users and reports and disseminates outcomes. This is being run with DH IESD funding. Subject to continued funding) the project will run for 3 years and requires on-going evaluation, with a final report upon conclusion. An outline of the project taken from the initial application, including our evaluation requirements is attached.
You are invited to submit a proposal, not exceeding 4 pages, stating:
What you feel is needed and can be supplied within the specified budget;
How you aim to meet the various requirements of the project, including timeframes and information needs of the various audiences
The CVs of those who would be involved in the work (not included in the page limit);
Itemised costings.
The budget for the project is as follows:
Year 1 (2013 – 14) £6,500
Click here to read the Project Overview for potential evaluators
For further details Contact: David Jameson, Director of Support, Tel: 07917 616720, E mail: david.jameson@keyring.org
'Get all sides of the story': public involvement and participation in adult social care research
The NIHR School for Social Care Research (SSCR) and INVOLVE are launching a series of webinars starting on 13 September 2013.
different research methods and approaches to help you address the specific and unique concerns of adult social care research with a range of different groups
why public involvement in research is important, the difference it can make to your research and hear about examples of how people are getting involved.
Important: Prevention and early intervention – what's happening?
NB: This is an abridged version of background information and instructions. Full details can be accessed at:
http://blogs.lse.ac.uk/socialcareevidenceinpractice/a-prevention-framework/
The Social Care Evidence in Practice (SCEiP) team has been working with local authorities to develop a prevention framework that aims to offer some clarification and solutions by providing:
A definition of prevention
Guidance for effective outcome measuring
Recommendations for outcome monitoring and service evaluation
SCEiP is asking all local authorities to complete a survey. The more information provided will allow for a more in depth exploration of current processes in prevention, and will facilitate work on how best to improve prevention approaches and service evaluations
The survey is split into two sections:
Section 1 focuses on your definition of and strategy for prevention, and aims to capture data on what you expect from prevention services. We would also ask you to provide case studies of best practice and good services in prevention that can be shared. It can be downloaded here
Section 2 looks at what prevention services you provide, including those jointly funded or provided with health/public health etc; what data are collected on services and how data are used, and invites responses on 2 excel spreadsheets. Part 2 can be downloaded here
Please download and complete both sections separately, returning both documents to ke-socialcare@lse.ac.uk before 28 August 2013.
Click here for further details
Invitation to apply for the role of Social Care Members and Public Health Member to the NICE Local Government Reference Group (LGRG)
The Local Government Reference Group are looking for two social care Reps and one Public Health rep to join their group,. This group assists the Centre for Public Health and, from April 2014, the Health and Social Care Directorate at NICE prepare briefings for local authorities. Click here for more details http://www.nice.org.uk/getinvolved/joinnwc/PHMemberNICELGRG.jsp
The Impact of Social Science Research
The Academy for Social Science has produced this collection of impact case studie (Click to download file) with help from our member learned societies and the universities who support the Campaign for Social Science. The case studies were initially gathered as part of the case we made in favour of social science to the Government's Spending Review, and we felt that Academy members and Campaign supporters might like to have this type of material readily to hand as another means of demonstrating the importance of social science work to society both within and beyond the UK. In addition to this we will continue to produce the thematic Making the Case for the Social Sciences series and would like to produce further issues of more varied collections in the Professional Briefings series.
Insights from Research on … Personalisation – FREE School for Social Care Research Event 12 June 2013 10:00-16:30
(Click title for further details) This event draws together research commissioned by SSCR in the area of personalisation. The event will bring together researchers, policy-makers, managers, commissioners, providers, people who use services, carers and practitioners, among others and provides an opportunity to hear about emerging evidence from SSCR's commissioned studies and discuss the implications for adult social care practice with our leading researchers.
Venue: London School of Economics and Political Science (view directions to LSE). Room to be confirmed to registered delegates.
SSRG members – Research funding opportunity
School for Social Care Research Mini-projects
SSRG has received an invitation from the School for Social Care Research (SSCR) for funding for mini-projects on practice related issues. £5,000 is available to fund up to two projects for SSRG members to apply for, to investigate a practice issue. The research topics need to focus on Adult Social Care, owing to the remit of School for Social Care Research. This funding has been made available through The Social Care Evidence in Practice (SCEiP) project, which is a collaboration between the NIHR School for Social Care Research and the PSSRU at the London School of Economics, working with Research in Practice for Adults and RAND Europe. Click here for more details about how to apply.
Making Research Count and SCWRU event: Practitioner Research Realising its potential for improving social care services and practice Free afternoon seminar – £10 donation welcomed)
Tuesday 30 April 2013 1pm – 4pm At the Waterloo Campus of King's College London
This seminar brings together three speakers who have extensive experience of practitioner research. They will explore the challenges practitioner research can present as well as the rewards and opportunities it can produce.
See Social Care Workforce Research Unit website for more details
LARIA Annual Conference 2013: How do we make a difference?
Monday 13th and Tuesday 14th May – University of Manchester Click here for programme
Find out about the latest thinking on the key issues facing the sector
Identify areas of best practice and new skills to make you more effective in your role
Networking with other researchers from different areas and organisations
Myths and Realities public seminar series at the British Library
This series of free seminars is being run by Academy of Social Sciences jointly with the British Library.
Three events are planned for this spring beginning on 11th February. All are held at 6.30pm- 8pm at the British Library in London and tickets can be bought via the BL website (http://www.bl.uk/reshelp/bldept/socsci/events/myths/realities.html ).
Click on the list of topics for further details :-
(11 Feb) Are Friends the new Family?
(18 Mar) Addictive personality –Myth or reality?
(29 April) Work to live or live to work.
The latest issue of Research, Policy and Planning, Vol 29(3), is now available – click here to read. Not a member? Click here to join. (Added 16th January 2013)
Connecting People Intervention Study: Fast Track Workshop Friday, February 15th 2013 10am—1pm King's College London FREE event!
The Connecting People Intervention Study is a multi-site pilot aimed to promote well-being and social partici-pation amongst adults with a learning disability or mental health problem. The event includes: an introduction to the Connecting People Intervention from mem-bers of the research team; Interactive training activities; Panel discussion with directors and workers from a diverse range of agencies; Networking lunch. More details here
PhD Studentship Award: "Qualitative Study of Participant Experiences of Assistive Technology and Telecare to Maintain Independent Living At Home for People with Dementia (for ATTILA)
University of East Anglia, Faculty of Medicine and Health Sciences. Further information on the studentship can be found at: http://www.findaphd.com/search/ProjectDetails.aspx?PJID=42147&LID=436 The deadline for applications is 22nd January
Invisible communities: Working with older people from Europe and beyond Wednesday 30 January 2013
A joint conference (CPD certified) from Making Research Count, Age UK London & Social Care Workforce Research Unit Venue: Henriette Raphael Function Room, Henriette Raphael House, Guy's Hospital, London SE1 9RT, near London Bridge Station. Click here for further details
Citizenship, choice and care :an examination of the place of choice in UK social policy. Inaugural lecture by RPP editor Professor Guy Daly. Weds 10th October 2012 . To book your free place and find out more visit www.derby.ac.uk/daly or call Angela Drinkwater on 01332 591046. Click here to download flyer and here for further details (Added 03/10/2012)
Click here to view a powerpoint describing the benefits of SSRG Membership for students, for whom there is a special £10 subscription rate offer. The Join page is accessible through the top menu! (Added 30th September 2012)
The latest issue of Research, Policy and Planning, Vol 29(2), has been added to the Members Area – click here to read. Not a member? Click here to join. (Added 20th September 2012)
Updated by Martin Stevens 21/08/2013

redpajama_set_name: RedPajamaCommonCrawl


Many Wellington residents can attest to the curiousity of their local kākā friends - do they think they're human!? The barriers between the wild and the urban are breaking down in Wellington as we learn to live in harmony with rare and endangered species in a biophilic city. Featuring the North Island kākā.
Exhibited in: NZAFA Christmas Exhibition (Dec, 2016).
Exclusive to Zealandia EcoSanctuary, but you can buy online and Zealandia will still receive their full commission.
Also available is a 1/1 edition on a stretched canvas framed at 40x40cm, available on request (shipping charges will apply).
My Visions of Zealandia series is dedicated to exploring the Zealandia vision of taking 500 years to restore a valley to a pre-human ecosystem - the length of time it takes for the forest canopy to recover to maturity, and to illustrate the struggle for wild birds adapting to living in a modern biophilic city. These pieces are exclusive to Zealandia EcoSanctuary, but you can order online here and Zealandia will still receive their full commission.
Smaller prints are packaged in archival cellophane envelopes with a backboard, and are shipped flat with additional support. Larger prints and canvases are rolled in acid-free tissue and shipped in a mailing tube ("Break on Through" on canvas is stretched framed on 3.2cm wooden bearers). Sizes referred to are the printed area - the actual size of the paper or canvas is larger to enable framing. Paper prints are signed and editioned below the image. Canvas prints are signed and editioned on the reverse of the canvas. Images are printed on demand - allow two weeks for printing before shipping. For urgent deliveries, please enquire before ordering.


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Follow Space Launch Schedule on YouTubeFollow Space Launch Schedule on FacebookFollow Space Launch Schedule on InstagramFollow Space Launch Schedule on TwitterGet the Space Launch Schedule App for AndroidGet the Space Launch Schedule App for Apple Devices
Delta IV Heavy
Sat • Jan 19th, 2019
https://www.ulalaunch.com/missions/delta-iv-nrol-71
https://www.youtube.com/watch?v=DxjaRK2S7fw
https://www.youtube.com/watch?v=QlBhV0HgqYA
Type: Government/Top Secret
Launch Cost: $350,000,000
Classified payload for the U.S. National Reconnaissance Office.
Space Launch Complex 6
Vandenberg SFB, CA, USA
710 rockets have launched from Vandenberg SFB, CA, USA.
Delta IV Heavy – United Launch Alliance
Family: Delta
Diameter: 5 m
Launch Mass: 733 T
Low Earth Orbit Capacity: 28370 kg
The Delta IV Heavy was manufactured by United Launch Alliance with the first launch on 2004-12-21. Delta IV Heavy has 13 successful launches and 1 failed launches with a total of 14 launches. The Delta IV Heavy (Delta 9250H) is an expendable heavy-lift launch vehicle, the largest type of the Delta IV family, and is the world's second highest-capacity rocket in operation. It is manufactured by United Launch Alliance and was first launched in 2004.
United Launch Alliance – ULA
Abbreviation: ULA
Administration: CEO: Tory Bruno
Launchers: Atlas | Delta IV | Vulcan
Spacecraft: CST-100 Starliner
United Launch Alliance (ULA) is a joint venture of Lockheed Martin Space Systems and Boeing Defense, Space & Security. ULA was formed in December 2006 by combining the teams at these companies which provide spacecraft launch services to the government of the United States. ULA launches from both coasts of the US. They launch their Atlas V vehicle from LC-41 in Cape Canaveral and LC-3E at Vandeberg. Their Delta IV launches from LC-37 at Cape Canaveral and LC-6 at Vandenberg.
California, Delta IV Heavy, United Launch Alliance, USA, Vandenberg SFB


Great fast cruiser for 2-4 people. Two cabins and two heads. Electric winches for halyards and sheets. Heater, auto pilot, chart plotter, dinghy, windlass and everything else needed for ease and comfort.
Great area for exploring Norwegian and Swedish coastlines with numerous idyllic villages and anchorages. Sheltered waters among the band of islands lining both coastlines.


Royal Wheels India is an adventure travel group organising South India Temples Tour Package.
Your India pilgrimage holiday begins when you arrive in Chennai, the capital of TamilNadu established in 1639. The executive from India Holiday Packages will receive you at the airport and help you transfer to your hotel. Have lunch at the hotel. After spending half day in the sightseeing tour, visit Gandhi Memorial,KalaKshetra, Mylapore temple and Marina beach. Overnight stay at hotel.
After breakfast, proceed towards Tirupathi. The pilgrimage holiday temple town is famous for the ancient temple of Lord Venkateswara (Lord of seven hills orBalaji) located atop theTirumala hills. The temple of LordVenkateswara is one of the oldest temples in the country, Return to Chennai in the evening for an overnight stay.
The full day tour ofMahabalipuram &Kanchipuram. The ancient capital ofPallavas,Kanchipuram is the famous temple city of TamilNadu. Temples ofEkambaswara,Kailasanatha, SriKamakshi andVaradarajaswamy are the other famous temples.Kanchipuram is also famous for its silks. Mahabalipuram famous for the seven pagodas and the rock cut monolithic temples, is the World Heritage Site in India. The only shore temple, which remains here houses both Lord Shiva and the Lord Vishnu in its sanctum sanctorum.Mahabalipuram is also a popular seaside vacation destination. Overnight stay at the hotel.
After breakfast drive toTiruvannamalai - a pilgrimage destination with an ancient Shiva temple. Proceed to Pondicherry after lunch to witness the French influence in India. The legends say that St.Agsatya settled in Pondicherry. Overnight stay at hotel.
After breakfast visitAurobindo Ashram near Pondicherry. After lunch, visitAuroville - a unique haven for all; irrespective of caste, creed,colour and nationality. Overnight at hotel.
In the morning drive to Chidambaram (Thillai) full of temples, the most famous being theNataraja temple that covers an area of 40 acres. After lunch, drive towardsThanjavur visiting the Brass factory atKumbakonamenroute. TheBrahadeswara temple atTanjore is another tourist attraction. Overnight at hotel in Tanjore.
Morning leave forTrichy/Tiruchirapalli situated on the banks of Cauvery River. A blend of history and tradition make it an important pilgrimage holiday destination. Visit Ranganath temple atSrirangam. Check into the hotel. Afternoon city tour ofTrichy takes you to Rock fort and its temple,Srirangam and Jambukeshwar Temple. Overnight stay at the hotel.
Proceed to Madurai,Checkin at the hotel. The 2600 year old city, Madurai on the banks of riverVaigai is famous for theMeenakshi temple dedicated to the consort of Shiva. VisitMeenakshi temple, KingTirumala's Palace, Great tank and Gandhi museum during your afternoon tour. Overnight at the hotel.
Move towardsRameshwaram after breakfast - one of the 12Jyotirlingas in India. Legend says that Ramanatha SwamyTemple stands where LordRama performed worship of a Sand Lingam made bySita. Lunch atRameshwaram. Return to Madurai in the evening and stay overnight at the hotel.
Drive toTrivandrum/Thiruvananthapuram after having breakfast and check in at the hotel. Afternoon is free for leisure.
ReachKanyakumari - the destination famous for the confluence of the waters of the Arabian Sea, the Bay of Bengal and the Indian Ocean. A principal pilgrimage destinationKanyakumari is famous for the Amman Temples dedicated to the GoddessKanya Kumari. Other important tourist place inKanyakumari is Vivekananda Rock Memorial. Enjoy the beautiful dusk in the evening and return to Trivandrum. Overnight at the hotel.
After breakfast reach Trivandrum airport where the executive from India Holiday Packages will help you to board a flight for your onward journey.


So how can educators help in the shift to a more peaceful world? By developing a language, dialogue, exploration, stories, values, principles, and habits focused on nonviolence. The 64 days of the Season for Nonviolence is designed to help facilitate this exploration.
WHAT is the Season for Nonviolence?
It is an annual campaign focused on fostering peace and nonviolence, inspired by the teachings and philosophies of Mahatma Gandhi and Martin Luther King Jr. It was initiated by Arun Gandhi, grandson of Mahatma Gandhi, in 1998.
WHEN is the Season for Nonviolence?
The Season marks the 64 days between the memorial anniversary of Mahatma Gandhi on January 30 and that of Martin Luther King Jr. on April 4.
WHERE is the Season for Nonviolence practiced?
Since its inception, the Season has been embraced by over 900 cities in 67 countries. It can be practiced by anyone, anywhere; by individuals and organizations alike.
WHO can participate in the Season for Nonviolence?
It is open to everybody. There is no membership or registration required, just a desire to deepen a personal commitment to peace and to contribute to the creation of a culture of peace. The Season is celebrated by individuals, families, schools, faith groups, work groups and larger communities.
WHY participate in the Season for Nonviolence?
Each of us, in our own way, can move the world in the direction of peace through our daily nonviolent choices and actions. Even small steps can promote peace within ourselves, in our interactions with others, within the community and world.
HOW can I participate in the Season for Nonviolence?
Each of the 64 days of the Season is characterized by a value that, when practiced, contributes to the creation of a culture of peace. The Mahatma Gandhi Canadian Foundation for World Peace has created comprehensive website listings which take you through each day of the Season and provide daily reflections, aspirations, action ideas and inspirational quotes. You can navigate through the Season using the drop down menu under the Season for Nonviolence tab in our website toolbar above. You can also send an email indicating that you would like to receive a daily inspirational message about the Season sent to your inbox.
Click here to sign up for daily mailings.
For additional ideas and suggestions for ways that you and your class can participate, download the Teacher Handout.


21st November, 2014: The team at UPC Ireland's national customer contact and administration centre has won five awards and two highly commendations at this year's Irish Contact Centre and Shared Services Awards with one of the company's technical agent's receiving the top honour of Contact Centre Agent of the Year at a ceremony held in Dublin.
to resolve customer issues including TV, broadband and phone technical issues, accounts and billing queries, upgrades and installation queries.
Dorothy O'Byrne Managing Director CCMA Ireland congratulated UPC on the fantastic achievement of winning 5 of the 19 categories at the 2014 Irish Contact Centre & Shared Services Awards hosted by the CCMA. Across each category the judges commended UPC for their demonstrable success in putting the customer at the centre of their organisation and in doing so delivering outstanding performance improvement with increase customer satisfaction.


Ideal for use in the glass, ceramics or the metal industry: the testo 835-T2 high temperature infrared thermometer is the ideal professional tool for a wide variety of thermal applications in the high temperature range. The testo 835-T2 has an extremely wide temperature range which allows you to carry out thermal measurements up to 1 500 °C - and all from a safe distance. It doesn't matter whether the objects are small, hard to reach, moving or very hot. Thanks to the leading-edge technology tucked away inside, the testo 835-T2 allows you to measure the temperature in all four cases quickly and safely.
The testo 835-T2 also allows you to carry out contact temperature measurements. The thermometer is equipped with a connecting point for a wide range of optional temperature sensors. The temperature sensor can also be used to automatically measure the degree of emission of a particular surface. This makes it easier to carry out subsequent infrared measurements.
There is also a wide range of optional accessories - including a tripod and a robust carry case – that allow you to customize your testo 835-T2 infrared thermometer to suit your needs.
The testo 835-T2 comes with an easy-to-follow menu, self-explanatory icons and a user-friendly joystick. Your infrared thermometer can be used to create different measuring sites or save up to 200 readings while additional features including min/max values, adjustable thresholds and visual and acoustic alarms which are triggered when thresholds have been exceeded make work more efficient and life easier. The free-to-download software provides you with a quick and convenient means of analyzing your measuring data.
testo 835-T2 high temperature infrared thermometer, 4-point laser marking, measuring data administration, batteries, calibration certificate.
The testo 835-T2 is ideally suited for product quality assurance for various industrially manufactured products: e.g. in the production process to determine whether the required temperature has been reached for further processing of the product, or when cooling products.


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text:
The Dow and broader U.S. stock market could be headed for another difficult week as President Trump's coronavirus stimulus bill hits a roadblock. | Image: Bryan R. Smith / AFP
Dow Jones Set for a Disastrous Week as Coronavirus Relief Package Hits Roadblock
September 23, 2020 UTC: 1:40 PM. March 22, 2020 UTC: 8:30 PM. by Joseph Young
The Dow Jones Industrial Average is set for another poor week as House Speaker Nancy Pelosi expresses dissatisfaction with a key relief package.
JPMorgan strategist says the lack of an immediate, large-scale stimulus package could cause further capitulation in the market.
Major institutions like Morgan Stanley and BofA are predicting a 2008-style recession in the first half of 2020.
The Dow Jones Industrial Average (DJIA) closed with a 4.6% drop on Friday despite the Federal Reserve and the Treasury's willingness to introduce major stimulus. The Dow could be set for another week of under-performance as the massive coronavirus relief package sees an abrupt roadblock.
On Capitol Hill in Washington, D.C., House Speaker Nancy Pelosi emphasized she isn't convinced by the Trump administration's proposed $2 trillion coronavirus relief package, stating "from my standpoint, we're apart."
The package, which White House Economic Advisor Larry Kudlow says is equivalent to 10% of the economic output of the U.S., was expected to alleviate significant pressure from the markets in the coming days.
JPMorgan: lack of aggressive fiscal policy will hurt stock market
In a note to clients, JPMorgan chief U.S. equity strategist Dubravko Lakos-Bujas said that a failure to implement an aggressive fiscal policy in the immediate term could result in a "broader capitulation of equities."
The Dow Jones has already broken below the 20,000 level, and there exists little to no technical support between 19,174 and 18,300.
The Dow Jones Industrial Average is coming off its worst week since 2008. | Source: Yahoo Finance
Fiscal policies may not prevent a further downtrend in the Dow Jones, as the selloff has been driven primarily by fear concerning the spread of coronavirus.
Strategists like Chantico Global founder Gina Sanchez said that only a reduction in the number of new coronavirus cases would result in an extended recovery.
But, large stimulus packages could slow down the stock market's rate of correction as government and health officials ramp up efforts to contain the virus outbreak.
If the stock market is pricing in a seamless introduction of the $2 trillion stimulus package, a delay in implementation could result in increased selling pressure on the Dow Jones.
Earlier this week, President Trump said that Democrats and Republicans are working on a package to combat the negative economic impact the coronavirus pandemic:
"I've spoken directly or indirectly to everybody many, many times…I think the Democrats and the Republicans are going to come up with a package that's going to be really something."
Financial institutions don't see a major Dow Jones recovery by 2021
Like Lakos-Bujas, who predicted the S&P 500 to recover to its previous high at around 3,400 by early 2021, major financial institutions are struggling to see a strong rebound in the Dow before year's end.
Bank of America (BofA) warned that a "collapse" in the U.S. economy in the second quarter of this year is to be expected, explaining that it forecasts the unemployment rate to double in the upcoming months.
Morgan Stanley has said that it sees a 2008-style recession playing out in the first half of the year, based on projected levels of unemployment, low cash buffer of small businesses, and the downtrend of the stock market.
Disclaimer: The opinions expressed in this article do not necessarily reflect the views of CCN.com.
Gold Is Proving an Ideal Safe Haven Asset Even as Spot Price Plunges
Coronavirus & Volatile Stock Markets are No Reasons to Stop Saving For Retirement


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Tilman (auch Tilmann, Tillman oder Tillmann) ist ein männlicher Vorname und Familienname.

Herkunft und Bedeutung

Das erste Glied, Til, ist mit dem altsächsischen thiod und dem althochdeutschen diot ("Volk") verwandt, ähnlich den ersten Silben anderer Namen, wie Dietmar. Aus diesen entwickelte sich unter anderem der Name "Thiele", aus welchem durch Anhängen des Suffixes -man(n) der Name Thielmann entstand. Aus diesem ging schließlich die Variante Tilmann, deren Schreibung in Bezug auf Dopplung von l oder n regional variiert, hervor.

Das oben erwähnte Suffix -man(n) hat hierbei ursprünglich die Bedeutung Mensch, jedoch verlor es diese weitgehend und fungiert stattdessen unter anderem als Patronym.

Varianten
 Thielemann
 Thielemans
 Thielmann
 Tielemans
 Tielmann
 Tielman
 Tilemann
 Tilmann
 Tillman
 Tillmann
 Tillmans
 Tillmanns
 Tilmanns
 Tylman
 Tylmann
 Till
 Til
 Tilljan
 Tilli
 Thyl

Die weiblichen Namen Tilla oder Tilly sind meist Varianten des Namens Ottilie oder Mathilde.

Namenstag
 Namenstag ist der 16. Januar

Namensträger
 Meister Tilman, Kölner Schnitzer und Bildhauer (15. Jh.)

Vorname
 Tilman Baumgärtel (* 1966), deutscher Medienwissenschaftler und Journalist
 Tilman Becker (* 1954), deutscher Agrarökonom, Hochschullehrer und Glücksspielexperte
 Tilman Berger (* 1956), deutscher Slawist
 Tilman Birr (* 1980), deutscher Autor, Liedermacher und Kabarettist
 Tilman Bollacher (* 1964), Landrat des Landkreises Waldshut
 Tilman Borck (* 1968), deutscher Schauspieler, Synchronsprecher und Dozent
 Tilman Borsche (* 1947), deutscher Philosoph
 Tilman Büttner (* 1964), deutscher Kameramann
 Tilman Esslinger (* 1965), deutscher Physiker
 Tilman Evers (* 1942), deutscher Sozialwissenschaftler
 Tilman Fichter  (* 1937), deutscher Politikwissenschaftler
 Tilman Hoppstock (* 1961), deutscher Konzertgitarrist, Cellist und Musikwissenschaftler
 Tilman Hornig (* 1979), deutscher Künstler
 Tilman Jens (1954–2020), deutscher Journalist und Buchautor
 Tilman Knabe (* 1970), deutscher Theaterregisseur
 Tilman Krause (* 1959), deutscher Literaturkritiker
 Tilman Krischer (1931–2013), deutscher Klassischer Philologe
 Tilman Kuban (* 1987), deutscher Politiker (CDU)
 Tilman Madaus (* 1962), deutscher Schauspieler und Hörspielsprecher
 Tilman Nagel (* 1942), deutscher Arabistiker und Islamwissenschaftler
 Tilman Bacon Parks (1872–1950), US-amerikanischer Politiker
 Tilman Pünder (* 1932), deutscher Kommunalpolitiker (CDU)
 Tilman Rammstedt (* 1975), deutscher Schriftsteller und Musiker
 Tilman Repgen (* 1964), deutscher Rechtshistoriker
 Tilman Riemenschneider (≈1460–1531), Bildschnitzer und Bildhauer am Übergang von der Spätgotik zur Renaissance
 Tilman Röhrig (* 1945), deutscher Schriftsteller und Schauspieler
 Tilman Rossmy (* 1958), deutscher Songwriter, Folk- und Country-Liedermacher
 Tilman Valentin Schweiger (* 1963), deutscher Schauspieler, Regisseur, Drehbuchautor und Produzent, siehe Til Schweiger
 Tilman Spengler (* 1947), deutscher Sinologe, Schriftsteller und Journalist
 Tilman Struve (1938–2014), deutscher Historiker
 Tilman Tögel (1960–2019), deutscher Politiker (SPD)
 Tilman Zülch (1939–2023), Mitgründer und Präsident der Gesellschaft für bedrohte Völker und Autor

Familienname
Wolfgang Tillmans (* 1968), deutscher Fotograf und Künstler
Adérito Antonio Pinto Tilman (* 1973), osttimoresischer Beamter
 António Maria Nobre Amaral Tilman, osttimoresischer Politiker
 Bill Tilman (1898–1977), englischer Bergsteiger und Segler
 David Tilman (* 1949), US-amerikanischer Ökologe
 Harry Tilman (1960–1994), deutscher Maler
 Luís Tilman, osttimoresischer Politiker (UDT)

Sonstiges
 Tilman Ridge, Gebirgskamm im Viktorialand, Antarktika

Einzelnachweise

Männlicher Vorname
Familienname

redpajama_set_name: RedPajamaWikipedia


text:
Q: Can I make an interface that is a subset of an interface? Given
interface foo {
  title: string;
  date: number;
}

is it possible to make an interface bar{} that contains only title: string but is referenced from foo{}? For example, if foo{} loses title there will be a compiler error for bar{} until title is removed from it as well.
The only alternative I can think of is to make bar{} first and then have foo{} extend it

A: You can use Pick<T>:
type bar = Pick<foo, 'title'>

redpajama_set_name: RedPajamaStackExchange


Currently "Humana Latvia" is one of the largest in second-hand clothes market in Latvian. "Humana Latvia" offers very affordable, fashionable and quality clothing. Second-hand clothing shop's popularity is growing year by year, and it is no way surprising, because buying clothes from us you'll be pleasantly surprised by the price and benefit ratio! We assure you that even in the current economical situation in the country you can afford to dress yourself into world famous brand clothes! Also when attending a social event you can look just as elegant and stylish as a model from magazine covers.
It should be noted that the clothing range in our shops is very wide, every day the store shelves are replenished with new, stylish clothes according to season. Regarding clothing styles and sizes - clients have no reason to worry - you can find in our shops very different styles of clothing - casual, sports or classic style, footwear and textiles.
"Humana Latvia" shops operate on a five or two week cycle of marketing concepts. This means that every five / two weeks all unsold goods are completely removed from the shops and replaced with the new collection. So the goods don't just stay on shelves forever till they are bought, but they are constantly changing - every day shelves are replenished with new clothes.
In 2006 we opened our first shop in Latvian and we keep on constantly expanding since then. Our company operates and develops in Riga, Daugavpils, Liepaja, Jēkabpils and Jelgava.
"Humana Latvia" currently operates 27 Humana shops and one Vintage style shop in the country.


The Review & approve section of Team Settings is where you can customise how your users interact with CaptionHub's powerful approval workflows.
Enabling the "Approval workflow for original captions" will allow your users to approve original language captions, as well as translated subtitles. CaptionHub will warn you if you attempt to export captions that are unapproved.
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"Validators can edit". By default, this checkbox is enabled. Unchecking it means that Validators can't make any edits, they can only approve.


Contemplating that baseball is without doubt one of the most profitable on-line games, it is stunning that many individuals actually do not choose baseball sports betting. A sports sport is a form of story. If we don't do sports, we will likely be compelled to rust, in different words, decomposition of our physique; afterwards, we may have some issues with our physique once we even must small stroll. Growing up in the internal metropolis, there's not a whole lot of room or amenities for sports.
Baseball players have been posed with bat in hand on the plate, teams had been lined up for group shots and so forth, however the 'action' shot was nonetheless not widely seen. Virtually forty percent of the players who've been on the Vikings roster this season share a standard trait: They weren't picked in the NFL draft.
In the baseball recreation you will have to make a field score sheet that has 9 bins cut up in half. You'll recall that in the school soccer sport you got your box score set up with the intention to begin the sport and simply take turns for four quarters.
In basketball betting, there is no such factor as an underdog. Many prime sportspeople use mind strategies and sports psychologists to give them an edge. The fundamental utility of games is undoubtedly serving to us to maintain our physique, beautiful and wholesome.
On occasion, such tensions can lead to violent confrontation among players or spectators within and past the sporting venue, as within the Soccer Battle These trends are seen by many as opposite to the elemental ethos of sports being carried on for its own sake and for the enjoyment of its participants.


text:
"""
    DocuSign REST API

    The DocuSign REST API provides you with a powerful, convenient, and simple Web services API for interacting with DocuSign.  # noqa: E501

    OpenAPI spec version: v2.1
    Contact: devcenter@docusign.com
    Generated by: https://github.com/swagger-api/swagger-codegen.git
"""

import pprint
import re  # noqa: F401

import six

from docusign_esign.client.configuration import Configuration

class PropertyMetadata(object):
    """NOTE: This class is auto generated by the swagger code generator program.

    Do not edit the class manually.
    """

    """
    Attributes:
      swagger_types (dict): The key is attribute name
                            and the value is attribute type.
      attribute_map (dict): The key is attribute name
                            and the value is json key in definition.
    """
    swagger_types = {
        'options': 'list[str]',
        'rights': 'str'
    }

    attribute_map = {
        'options': 'options',
        'rights': 'rights'
    }

    def __init__(self, _configuration=None, **kwargs):  # noqa: E501
        """PropertyMetadata - a model defined in Swagger"""  # noqa: E501
        if _configuration is None:
            _configuration = Configuration()
        self._configuration = _configuration

        self._options = None
        self._rights = None
        self.discriminator = None

        setattr(self, "_{}".format('options'), kwargs.get('options', None))
        setattr(self, "_{}".format('rights'), kwargs.get('rights', None))

    @property
    def options(self):
        """Gets the options of this PropertyMetadata.  # noqa: E501

          # noqa: E501

        :return: The options of this PropertyMetadata.  # noqa: E501
        :rtype: list[str]
        """
        return self._options

    @options.setter
    def options(self, options):
        """Sets the options of this PropertyMetadata.

          # noqa: E501

        :param options: The options of this PropertyMetadata.  # noqa: E501
        :type: list[str]
        """

        self._options = options

    @property
    def rights(self):
        """Gets the rights of this PropertyMetadata.  # noqa: E501

          # noqa: E501

        :return: The rights of this PropertyMetadata.  # noqa: E501
        :rtype: str
        """
        return self._rights

    @rights.setter
    def rights(self, rights):
        """Sets the rights of this PropertyMetadata.

          # noqa: E501

        :param rights: The rights of this PropertyMetadata.  # noqa: E501
        :type: str
        """

        self._rights = rights

    def to_dict(self):
        """Returns the model properties as a dict"""
        result = {}

        for attr, _ in six.iteritems(self.swagger_types):
            value = getattr(self, attr)
            if isinstance(value, list):
                result[attr] = list(map(
                    lambda x: x.to_dict() if hasattr(x, "to_dict") else x,
                    value
                ))
            elif hasattr(value, "to_dict"):
                result[attr] = value.to_dict()
            elif isinstance(value, dict):
                result[attr] = dict(map(
                    lambda item: (item[0], item[1].to_dict())
                    if hasattr(item[1], "to_dict") else item,
                    value.items()
                ))
            else:
                result[attr] = value
        if issubclass(PropertyMetadata, dict):
            for key, value in self.items():
                result[key] = value

        return result

    def to_str(self):
        """Returns the string representation of the model"""
        return pprint.pformat(self.to_dict())

    def __repr__(self):
        """For `print` and `pprint`"""
        return self.to_str()

    def __eq__(self, other):
        """Returns true if both objects are equal"""
        if not isinstance(other, PropertyMetadata):
            return False

        return self.to_dict() == other.to_dict()

    def __ne__(self, other):
        """Returns true if both objects are not equal"""
        if not isinstance(other, PropertyMetadata):
            return True

        return self.to_dict() != other.to_dict()

redpajama_set_name: RedPajamaGithub


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Thollem McDonas has been touring the world for eight years without a solitary residence, not the lifestyle that most classically trained pianists choose to say the least. He has been collaborating with tremendous musicians at various institutions during this time so his body of work has become prolific. Thollem specializes in group improvisation wilst flowering motifs of old jazz (Gershwin), romantic preludes, and modern cacophony.
This entry was posted in Music Blog and tagged improvisation, modern, Piano Composition. Bookmark the permalink.


text:
A High School Cross-Country Champion Was Disqualified From Third Place for Wearing a Headband
It featured a Bible quote, though apparently that wasn't the problem.
By Hannah Orenstein
A cross-country runner triumphantly crossed the finish line at the AAAAA state championship race in Georgia earlier this month. John Green, a senior at West Forsyth High School (and not the man who is one of your fave authors), was in third place, which would have scored him a bronze medal... but instead of being celebrated for his big win, officials disqualified him.
Why? John has long hair, which he kept back from his face with a headband. The headband happened to have a Bible quote written on it in large black letters. According to Georgia High School Association officials, runners are not allowed to wear headbands adorned with anything other than logos.
GHSA released a statement insisting that the disqualification had nothing to do with the Bible quote — the problem was that the accessory had any writing at all.
According to the referee, John knew that the headband was problematic before he ran the race. The referee alerted John to the rule before the race, and he actually took off the headband briefly. But when it came time to run, he put the headband back on. After he finished the race, the referee told the timer to disqualify John.
But according to John's coach Clayton Tillery, two GHSA officials said the headband was totally fine.
The story becomes even more complicated when you take a look at the actual rule book, which doesn't even mention headbands directly.
Despite the disqualification, Green was named to the Atlanta Track Club's 2015 All-Metro High School Cross Country Team.
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Fashion Q&A
Accessorize with a Clear Headband
Fun Ways to Wear Headbands


text:
It's tempting to see a Hollywood trajectory, a yuletide miracle, in Sir Matthew Bourne's life. As a teen, virtually each evening, he would take the bus all the way down to London's West Finish to hold round at stage doorways to gather autographs from the celebs. 4 or 5 a long time on he can look again on a string of reveals which have seen his personal identify in lights as in all probability probably the most well-known and progressive choreographer and dance impresario of his technology. To show the completely satisfied ending, having as soon as crossed his fingers and made a want for Barbra Streisand's signature, he's now on her Christmas card checklist. ("We get one yearly," he says, "'From Barbra and Jim.'")
Bourne grew up in a rented home in Walthamstow on the outer fringe of north-east London and the quantity 38 bus into city would take him alongside Islington Excessive Road. He'd look out from the highest deck and assume: "That is the place I'll stay at some point" – with out the primary thought of how he'd get there. Quick ahead once more and he now lives within the Georgian suburb in a home through which the choral association for Hark! The Herald Angels Sing was written. It's an exquisite life.
Lockdown has been terrible for dancers. These are valuable years, misplaced
We meet in his favorite native brasserie, Bellanger, for brunch on a cold Saturday. There's a correct Manhattan clamour and clatter to the place, a giant echoey room through which, at midday, everybody appears to be taking off hats and coats whereas enthusiastically greeting previous mates. Bourne has been a daily right here for 5 years. He and his long-term companion, Arthur Pita, additionally a choreographer (and previously one of many swans in Bourne's celebrated all-male Swan Lake) prefer it partly as a result of it's not simply dog-friendly however positively dog-loving. They bring about their Russian toy terrier Ferdinand (named after the bull within the Disney story, who most popular flowers and poetry to preventing), and he sits and watches the north London world go by whereas waiters tempt him with filtered water and self-made biscuits. As Bourne orders a giant plate of eggs florentine and a espresso, the waiter reminds him that he was additionally right here final evening.
He has a uncommon time off from visits to his acclaimed new touring show, The Midnight Bell, which he wrote and devised primarily based on the Hangover Sq. novels of Patrick Hamilton and Nineteen Thirties Soho – in addition to intensive rehearsals for The Nutcracker down in Plymouth. Bourne first reimagined The Nutcracker in a extra up to date setting 30 years in the past. It's been a decade since his firm, New Adventures in Dance, put it on so there's a correct pleasure to it once more. "For many dance corporations," he says, "it's the annual fixture that brings within the cash. They should do it yearly, and so they all begin to hate it. We're fortunate to have plenty of Christmas reveals that we do. So for many of our dancers in it, it's very new to them, the music is even unfamiliar."
Additionally, in fact there's nonetheless the plain thrill and aid of being again within the studio after the lengthy months of isolation and lockdown. Bourne made a poignant little film whereas the theatres had been closed of a few of his dancers acting at house or of their gardens their components in his staging of The Pink Sneakers, which was in the midst of a sold-out run when the pandemic began. As an organization they've fared higher than most, he says, as a result of they've solely a small variety of full-time employees and – happily – no everlasting constructing. "Nevertheless it's been terrible for the dancers. Their profession is usually fairly brief and these are valuable years, misplaced."
Many have discovered the return fairly robust, psychologically. "We've encountered numerous insecurity," Bourne says. Dancers are used to every day repetition, consistently fine-tuning the muscle reminiscence that goes with efficiency, the lay-off has interrupted that. Bourne remembers how, when he first began working as a choreographer and stopped dancing recurrently himself, he fully misplaced his nerve about being on stage once more, even in minor roles. "As quickly as you cease," he says, "you realise what a giant deal it's to go and stand in entrance of individuals and say: 'I'm ok so that you can watch. Take a look at me. I'm value your cash.'"
Matthew ate massive egg florentine £15.25 Tim ate scrambled eggs and salmon £15 Matthew drank americano espresso £4.25, ½ pint Meteor beer £4.75 Tim drank flat white espresso £4, ½ pint Meteor beer £4.25. {Photograph}: Sophia Evans/The Observer
On a egocentric stage, nevertheless, he says, he fairly loved the downtime of the break, a novel interval in a schedule that has taken him all throughout the nation and the globe for 30 years. Whereas the theatres had been closed he completed The Midnight Bell, labored on renovating a flat he and Pita have purchased in Brighton, and in addition he says, no stranger to nostalgia, catalogued all of his autograph assortment from years in the past. That habit started when his mum took him to see Dame Edith Evans and Associates, the actress's remaining outing on the Theatre Royal Haymarket in 1974, when he was 13. "It occurred to be the opening evening, and all these well-known individuals had been there. Mrs Bridges from Upstairs Downstairs, for one, I keep in mind." After that he was hooked on first nights, premieres. "I acquired Charlie Chaplin, Fred Astaire, Bette Davis nose to nose," he says. Among the many assortment had been signatures that stunned him. "Three Freddie Mercurys, for instance, that I've acquired no reminiscence of getting."
Trying again, the autograph behavior was, he understands, a manner of wanting to attach with a world that appeared out of attain. Nevertheless it was additionally a form of training in new performs, new actors. He noticed all the things. "Now in fact, when you had been pondering of a profession within the arts you may take into consideration what school to go to." His mother and father fed his ardour. His mum was a secretary and his dad labored at Thames Water; they spent all their spare cash on theatre tickets. "We had been all the time singing at house; my dad thought he was Frank Sinatra. However West Finish musicals, by no means opera or dance."
The primary ballet Bourne noticed was Swan Lake when he was 18, at Sadler's Wells; he was captivated, he says, not by the fantastic thing about it however the weirdness and eccentricity. He taught himself to bounce at house. "My first ever dance class was my audition for dance school once I was 21," he says.
Warren Beatty insisted I name any time. I used to be invited to Barbra Streisand's for lunch
He'd come out three years earlier than, however by no means actually to his mother and father. "It simply turned obvious," he says, "and so they had been all the time welcoming to my buddies. That was a charmed existence, in comparison with some tales." With financial savings from his first job submitting on the BBC he went to New York, stayed on the Y – "in that golden second earlier than Aids" – noticed Angela Lansbury in Sweeney Todd, acquired Andy Warhol's autograph, after which went to the west coast and did the bus excursions of Hollywood properties.
It was Bourne's landmark Swan Lake that gave him an entry into that world full time. He took the manufacturing to LA and was the most popular ticket on the town. All the celebs got here backstage afterwards. "I keep in mind Warren Beatty insisting I name him any time," he says. "I used to be invited to Barbra Streisand's home for lunch [hence the Christmas card]…"
His nice concern after that was that he could be a one-hit surprise, outlined by Swan Lake. His reply to that was to by no means cease creating. He has over time been tempted to choreograph three ardour initiatives from his childhood – Mary Poppins, Oliver!, My Honest Woman – for others. However he has all the time returned to his common firm. "The essential factor for me has been to kind a workforce of individuals to work with," he says. "In New Adventures, there are individuals who have been with me for 30 years. And that's why the work will get higher, I feel. There's a lot shorthand that you just don't have when you begin from scratch on a regular basis, although it will get exhausting to seek out one thing authentic as you grow old."
The opposite thought that crept into his thoughts in the course of the enforced interval of relaxation was that acquainted evaluation of the place he was as much as in life. His mother and father died a decade in the past and since then he has labored to create another household. "I'm 62 in January," he says, "and starting to assume: 'Do I need to maintain touring and so forth?'" He's conscious his position has modified, too, in rehearsals: in Plymouth he clearly can not stand up and show what he desires from The Nutcracker, as he might when he first devised it. However at the same time as he's explaining this to me, ending up a post-brunch beer, I can sense the method has misplaced none of its authentic journey for him. As he nicely is aware of, what higher balletic drama is there than to dream of a future and to get up every morning and keep in mind it got here true?
Matthew Bourne's Nutcracker! is at Sadler's Wells till 30 January adopted by a UK tour; new-adventures.net
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text:
\section{Introduction}

The eigenstate thermalization hypothesis (ETH) \cite{deutsch1991quantum, srednicki1994chaos, srednicki95, srednicki99, rigol_dunjko_08} has recently been the subject of a large body of experimental and theoretical work \cite{rigol_09a, rigol_09b, santos_rigol_10b,santos_rigol_10a, neuenhahn_marquardt_12, genway_ho_12, khatami_pupillo_13, beugeling_moessner_14, kim_14, sorg_vidmar_14, AETRigol,FSSIkeda,PLETHSteinigweg,Khlebnikov2013yia,Garrison2015lva,NDPolkovnikov}. ETH can explain how an isolated, quantum many-body system in an initial pure state can come to thermal equilibrium (as determined by measurements of a specified set of observables) in finite time, and is thus fundamental to understanding the validity of conventional quantum statistical mechanics as an accurate description of the long-time behavior of quantum systems; for a review, see \cite{mrigolreview2015}. ETH is expected to hold in systems without disorder that are sufficiently far from integrability
(including effective integrability caused by many-body localization in disordered systems),
for observables that are sufficiently simple functions of the fundamental degrees of freedom.

While the key statements of ETH have been cast in several forms by various authors, in this work we will be interested in what we will refer to as the strong version of ETH \cite{Garrison2015lva}, which concerns the entanglement behaviour of individual energy eigenstates in a non-integrable quantum system. This strong version of ETH is the statement that within one individual energy eigenstate of a non-integrable quantum system, the reduced density matrix (RDM) of a sufficiently small subsystem will resemble that of a thermal one. More precisely, the RDM on a subsystem $A$, constructed from an eigenstate $|\psi\rangle$ of the full quantum system, will be approximately given by
\begin{equation}
\rho^{\psi}_{A} \sim \frac{e^{- \hat{H}_{A} / T_{\psi}}}{\mathcal{Z}( \hat{H}_{A},T_{\psi}  )}~;~\mathcal{Z}(\hat{H}_{A},T_{\psi}   ) \equiv \text{Tr} \left [ e^{- \hat{H}_{A} / T_{\psi}} \right ]
\label{eq:redMat}
\end{equation}
where $T_{\psi}$ is the ``temperature'' of the thermal eigenstate $|\psi\rangle$, and $\hat{H}_{A}$ is the Hamiltonian of the subsystem $A$. The heuristic interpretation of this statement is that even in a pure energy eigenstate, the full system acts as a thermal reservoir for its small subsystems, thermalizing them through the quantum entanglement between the subsystem and the larger thermal reservoir.

Previous authors have made precise the exact definitions of $T_{\psi}$ and $\hat{H}_{A}$ which are necessary for the above statement to hold, and have also elucidated the conditions under which it should be expected to hold, and how well \cite{Garrison2015lva,newStanford}. Here we will not be focused with these details, as they have been thoroughly addressed previously. We will, however, be concerned with an interesting corollary to equation \ref{eq:redMat}, mentioned already in \cite{Garrison2015lva}. Given a thermal density matrix for a system at one temperature, it is always possible to compute the density matrix at another temperature, by simply raising the density matrix to a power and re-normalizing it, since
\begin{equation}
\left (\frac{e^{- \hat{H} / T_{1}}}{\mathcal{Z}  ( \hat{H},T_{1}  )}  \right )^{T_{1} / T_{2}} = ~\frac{e^{- \hat{H} / T_{2}}}{\left [\mathcal{Z}  ( \hat{H},T_{1}  )  \right ]^{T_{1} / T_{2}}}.
\label{eq:extrap}
\end{equation}
Thus, in principle, the RDM of a small subsystem, extracted from a thermal eigenstate of a much larger non-integrable quantum system, should posses information about the thermal behaviour of this subsystem across a range of temperature scales, to the extent that equation \ref{eq:redMat} is a valid approximation. This claim has in fact been investigated thoroughly by previous authors, and has been verified to be true under appropriate circumstances, outlined in \cite{Garrison2015lva}.

Here we will focus on what this information reveals about the behaviour of a quantum, non-integrable system with a second-order phase transition at finite temperature. Previous work \cite{myPaperOne,myPaperTwo,myPaperThree} has suggested that ETH should also be expected to hold in such systems, and in fact signatures of ETH and quantum chaos have indeed been found to exist even in the broken symmetry phase of such a system. In the present paper, we will argue that if such a system with a finite-temperature phase transition satisfies the strong version of ETH, then individual energy eigenstates of this system can diagnose the existence of this phase transition, and will also contain quantitative information about its critical behaviour, without any knowledge of the original Hamiltonian itself. Below, we outline a procedure by which one could arrive at this information from such an energy eigenstate.

\section{The Extraction Procedure}

Consider a non-integrable quantum system, with some Hamiltonian $\hat{H}$, which may or may not be known to us. We suspect that this system may posses a second-order phase transition at finite temperature, with corresponding order parameter $\mathcal{Q}$, and we wish to diagnose this fact from the information contained in one individual eigenstate of this Hamiltonian. We will assume that a reasonable notion of ``subsystem'' can be defined in our system. We will also assume that the system, while finite, is sufficiently ``large,'' such that subsystems can be defined which are themselves ``large,'' yet still much smaller than the full system. For example, in a spin system consisting of $N$ spins, we imagine that $N$ is large enough such that we can define subsystems of $n$ spins, with $1 << n << N$.

We now consider a single energy eigenstate $|\psi\rangle$ of this quantum system. Under the assumption that this eigenstate is thermal, with some characteristic temperature $T_{\psi}$, the RDMs constructed on a sufficiently small subsystem should be appropriately thermal, in the sense described by equation \ref{eq:redMat}.  Based upon the arguments outlined in \cite{Garrison2015lva}, we should be able to probe the thermal density matrix of such a subsystem across a wide range of temperatures,
\begin{equation}
\widetilde{\rho}_{A} \left (T  \right ) \equiv \left ( \rho_{A} \right )^{1/T} \sim \left (e^{- \hat{H}_{A} / T_{\psi}}  \right ) ^{1/T} = e^{- \widetilde{H}_{A} / T},
\label{eq:relextrap}
\end{equation}
where we have defined
\begin{equation}
\widetilde{H}_{A} \equiv \hat{H}_{A} / T_{\psi}
\label{eq:scaleHam}
\end{equation}
to be the ``scaled,'' dimensionless subsystem Hamiltonian, and $\widetilde{\rho}_{A} \left (T  \right )$ its canonical density matrix at temperature $T$. Without knowledge of the original Hamiltonian, it is not possible to determine this $T_{\psi}$, and thus the absolute temperature scale of our predictions, but this information will not be necessary for our purposes; we will simply assume that such a $T_{\psi}$ exists, and thus make thermal predictions regarding the scaled Hamiltonian. Such an overall scale factor will not affect any predictions regarding the critical exponents of such a Hamiltonian.

With such a thermal density matrix at an arbitrary temperature, the thermal expectation value of any observable $\mathcal{O}_{A}$ which lives on this subsystem can be computed at this temperature,
\begin{equation}
\langle \mathcal{O}_{A} \rangle = \text{Tr} \left [ \widetilde{\rho}_{A} \mathcal{O}_{A} \right ].
\label{eq:expect}
\end{equation}
In particular, the observable in question could be the order parameter of the system, its associated susceptibility, or any relevant correlation functions. Since this procedure could be repeated for various subsystems of different sizes, it should be possible to perform a finite-size scaling analysis of these quantities as a function of temperature, thus allowing for the quantitative extraction of various critical exponents \cite{cardy2012finite}.

Any such finite-size scaling analysis will of course be limited by the size of the system $N$, but if we anticipate that equation \ref{eq:redMat} holds for arbitrarily large system sizes, then one can always extract these critical exponents to the desired accuracy by considering sufficiently large $N$. Thus, as we approach the thermodynamic limit, the information about the critical point extracted from a single eigenstate can be made arbitrarily accurate, and it is in this limit in which a single eigenstate will encode the full information regarding the critical point of the original Hamiltonian.

To see how this procedure could work in somewhat more detail, we provide a specific example involving a system of $N$ Ising spins defined on a lattice, and examine the order parameter which is the total magnetization in the z-direction,
\begin{equation}
\mathcal{Q} = \hat{M}_{z} \equiv \sum_{i} \hat{\sigma}_{i}^{z}.
\label{eq:spinOrder}
\end{equation}
This order parameter would be the relevant one for systems possessing an Ising transition. As a result of the Ising symmetry, any \textit{finite} system will always posses
\begin{equation}
\langle \hat{M}_{z} \rangle = 0,
\label{eq:finitespinOrder}
\end{equation}
and so a more useful metric for studying the critical behaviour of this model is given by the Binder cumulant of the order parameter,
\begin{equation}
U \equiv 1 - \frac{\langle \hat{M}_{z}^{4} \rangle}{3 \langle \hat{M}_{z}^{2} \rangle^{2}},
 \label{eq:binder}
\end{equation}
At low temperatures, in a system with an Ising transition, the Binder cumulant approaches a value of $2/3$, up to corrections which scale as $1/N$, while at high temperatures it approaches a value of zero, again up to corrections which scale as $1/N$. In the large system size limit, the transition between these two Binder cumulant values is sharp, transitioning between the two limiting cases at the critical temperature of the model, $T_{c}$. When the Binder cumulant is plotted as a function of temperature for different finite system sizes, the crossing point of these curves provides a good estimate for the critical temperature, $T_{c}$ \cite{Binder81}.

If we now imagine starting from one energy eigenstate of this system, computing the RDM for many different subsystems $\{A\}$, all satisfying $1 << n_{A} << N$, and then using these RDMs to study the behaviour of the Binder cumulant as a function of temperature for all of these different subsystem sizes, we can diagnose the existence of such an Ising transition by demonstrating the existence of a crossing point at some non-zero $T_{c}$.

Furthermore, if we wish to extract quantitative information about the critical behaviour of this transition, we could, for example, extend this procedure to the magnetic susceptibility, which, for a finite system of size $n_{A}$, reaches a maximum at a pseudo-critical point, $T_{c} \left (n_{A} \right )$. Combining this fact with our RDM procedure to extract $T_{c} \left (n_{A} \right )$ for many different subsytem sizes, and then using the scaling relation \cite{cardy2012finite}
\begin{equation}
T_{c}^{-1} \left ( n_{A} \right ) = T_{c}^{-1} \left ( \infty \right ) - a n_{A}^{-1/\nu},
\label{eq:scaling}
\end{equation}
where $a$ is some constant and $T_{c}^{-1} \left ( \infty \right )$ is the (inverse) critical temperature in the thermodynamic limit, it becomes possible to extract the critical exponent $\nu$ describing the divergence of the spin-spin correlation length. Since this analysis was performed using RDMs that were extracted from one individual energy eigenstate, this critical exponent must have been encoded in this state. A similar analysis could be performed for any other critical exponent of interest.

We mention here two important subtleties of this procedure, and argue why they should not substantially alter any of the conclusions reached above. First, there is some subtlety that is associated with the proper definition of $\hat{H}_{A}$, in particular, how the matter of boundary terms between the subsystem and its complement should be addressed. Here, when we must make such a distinction, we will adopt the simple (yet possibly less appropriate, see \cite{Garrison2015lva}) convention that $\hat{H}_{A}$ consists of all terms in the original Hamiltonian $\hat{H}$ with support on subsystem $A$, and disregard any terms which involve operators with support on the complementary region, or the boundary between the two. While the precise definition of $\hat{H}_{A}$ will have consequences for the satisfaction of equation \ref{eq:redMat} in a finite system, the distinction is expected to become irrelevant in the thermodynamic limit. Furthermore, if our interest is in merely extracting information about the critical point, our only concern is that the $\hat{H}_{A}$ we recover possesses a finite-temperature phase transition which is in the same universality class as the original Hamiltonian, which is a much weaker requirement.

Second, we emphasize that in our finite-size scaling analysis, \textit{all observable quantities, as a function of temperature, should be analytic.} One may object to the procedure described above, in that we are taking a thermal density matrix which may correspond to a temperature on one side of the critical point of our model, and using it to extrapolate the behaviour of the subsystem to temperatures which are on the other side of the critical point. However, since there is no actual phase transition in a strictly finite system, there is no concern that we are attempting to extrapolate an observable quantity across a singularity.

\section{Numerical Investigation}

Our theoretical argument outlined above rests on the assumption that the strong form of ETH will be satisfied in quantum systems with a finite-temperature phase transition, and that it is indeed possible to use one energy eigenstate of such a system to extrapolate observable quantities for a subsystem across a wide range of temperatures. We now provide numerical evidence in support of this claim. Our model Hamiltonian will be the transverse-field Ising chain
\begin{equation}
 \hat H = -\sum_{i \neq j}J_{ij}\hat\sigma_{ i}^z\hat\sigma_{ j}^z - g\sum_{ i}\hat\sigma_{ i}^x ,
 \label{eq:hamiltonian}
\end{equation}
where $\hat{\sigma}_{ i}^z$ and $\hat{\sigma}_{ i}^x$ are the standard Pauli matrices on site $i$ of a one-dimensional lattice. The Ising interaction $J_{ij}$ is chosen to obey a power-law decay,\begin{equation}
 J_{ij} = \frac{J}{|i-j|^{p}}.
\end{equation}
We set $J=1$, which fixes the energy scale, and corresponds to a ferromagnetic Ising coupling. For the transverse term, we choose $g = 1.5$. Our boundary conditions are chosen to be open, so we do not make use of translation symmetry in diagonalizing the Hamiltonian. We do, however, make explicit use of spatial parity symmetry and Ising symmetry. In our work, we choose $N = 23$, as this is the largest system size for which we are able to find a significant number of exact energy eigenstates. We note that while an individual energy eigenstate of the 23-site system lives within a single sector of the Ising and spatial parity symmetries, the RDMs which we will extract from these eigenstates live on the full Hilbert space of the subsystem they describe. It is a straight-forward exercise to verify that such an RDM will obey the same symmetries as the subsystem Hamiltonian, so long as the original state it is extracted from is an eigenstate of the corresponding symmetries of the 23-site Hamiltonian.

Previous work \cite{myPaperThree} has studied the compatibility between spontaneous symmetry breaking and ETH in this model, for the case that $p = 1.5$, in which there is a second-order phase transition at finite temperature. Here we shall study this case, as well as the case $p = 3.0$, for which there is no finite-temperature phase transition. Both models possess an energy which scales extensively with system size, and thus a well-defined thermodynamic limit \cite{Dyson1969}. For the small system sizes we are able to study numerically, we find that ETH is best satisfied in the Ising chain, as opposed to the model defined on a square lattice, hence the reason for our particular choice of geometry; see \cite{myPaperThree} for details. We will not be interested in any quantum phase transitions which may occur at zero temperature as a result of adjusting any parameters in the Hamiltonian.

Figures \ref{fig:BCvT15} and \ref{fig:BCvT3} show the result of using this procedure to extrapolate the Binder cumulant as a function of temperature, for the $p = 1.5$ and $p = 3.0$ models, respectively. We perform this procedure for various different subsystem sizes, always with the RDM extracted from the center of the full system, and always from the same energy eigenstate. We also display a comparison against the results obtained from using the exact subsystem Hamiltonian to compute the thermal density matrix of the subsystem directly. While the results of this procedure vary slightly from state to state \footnote{See Supplemental Material at [URL will be inserted by publisher] for a more detailed explanation of the precise numerical extraction procedure we have used, which includes a discussion of how well the subsystem Hamiltonian agrees with the exact Hamiltonian, how we define the temperature of an eigenstate, and how well our results agree from one choice of eigenstate to another.}, we find that most states produce qualitatively similar results, and so we choose to focus here on the $3,950^{\text{th}}$ excited state of the even Ising, even parity symmetry sector for the $p = 1.5$ model, and the $3,986^{\text{th}}$ excited state of the even Ising, even parity symmetry sector for the $p = 3.0$ model.

In order to aide in the visual comparison of these results, we have rescaled the predictions from the RDM method by the temperature $T_{\psi}$ of these eigenstates, so that they appear on the same horizontal scale as the predictions of the exact Hamiltonian; however, we again emphasize that the knowledge of this $T_{\psi}$ is not necessary for the hypothetical extraction procedure we have outlined in the previous section. For the small system sizes considered here, we find that $T_{\psi}$ depends slightly on the choice of subsystem \cite{Note1}.

We note that in both models, given an eigenstate with $T_{\psi} > 0$, all of the extrapolated curves approach their correct $T=0$ values (close to $2/3$ for the $p=1.5$ model, and significantly less than $2/3$ for the $p=3.0$ model). In the case of the $p = 1.5$ model, there is a crossing at some intermediate temperature, \textbf{indicating the presence of a phase transition}, while no such crossing exists for the $p = 3.0$ model. In both cases, the scaling of the Binder cumulant with system size is correct. At sufficiently high temperature, this corresponds to a decreasing Binder cumulant with increasing system size for both models, while at low temperature, this scaling behaviour is reversed below the crossing point for the $p=1.5$ model only. While the quantitative agreement here is not perfect (for example, the precise location of the crossing point for the $p=1.5$ model is not correct), the qualitative agreement is still impressive, given our somewhat simple definition of the subsystem Hamiltonian which neglects the subtle issue of boundary terms, as well as the extremely small system sizes we have been restricted to, due to computational limitations.

\begin{figure}[h]
\centering
\includegraphics[width=80mm]{BCvT15_v3.pdf}
\caption{The Binder cumulant of the $p = 1.5$ model as a function of temperature for several subsystem sizes. We display both the exact prediction, using the exact subsystem Hamiltonian to compute the canonical partition function (dashed curve), as well as the prediction found from the reduced density matrix procedure (solid curve). The RDMs in this case are extracted from the $3,950^{\text{th}}$ excited state of the even Ising, even parity symmetry sector, which corresponds to an energy of $E = -26.479$. The $T_{\psi}$ associated with each subsystem size are denoted by the vertical dashed lines, which correspond to $T_{\psi} = 2.582$, $2.761$, and $2.783$ for the $n = 5$, $7$, and $9$ subsystems, respectively.}
\label{fig:BCvT15}
\end{figure}

\begin{figure}[h]
\centering
\includegraphics[width=80mm]{BCvT3_v3.pdf}
\caption{The Binder cumulant of the $p = 3.0$ model as a function of temperature for several subsystem sizes. We display both the exact prediction, using the exact subsystem Hamiltonian to compute the canonical partition function (dashed curve), as well as the prediction found from the reduced density matrix procedure (solid curve). The RDMs in this case are extracted from the $3,986^{\text{th}}$ excited state of the even Ising, even parity symmetry sector, which corresponds to an energy of $E = -24.519$. The $T_{\psi}$ associated with each subsystem size are denoted by the vertical dashed lines, which correspond to $T_{\psi} = 2.946$, $3.103$, and $2.913$ for the $n = 5$, $7$, and $9$ subsystems, respectively.}
\label{fig:BCvT3}
\end{figure}

We note that, as described in \cite{Garrison2015lva}, the range of temperatures over which we can expect this procedure to work is limited to those in which the total energy of the subsystem does not exceed the energy of the original eigenstate it was extracted from. While this restriction is not a concern when $n << N$, it is relevant when the subsystem in question is a substantial fraction of the full system, which is the case for our numerics displayed here. We have carefully verified that this condition is not violated for the range of temperatures which we have chosen to display in these figures \cite{Note1}.

We do not attempt to perform an actual finite-size scaling analysis of the critical exponents here, as we are limited to system sizes small enough that such a scaling analysis would not yield useful results. However, our numerics still provide strong qualitative evidence that such a procedure, given the eigenstate of a sufficiently large system, should be feasible, so long as the success of the extrapolation procedure we have seen here continues to improve with larger system sizes.

\section{Concluding Remarks}

We have provided a theoretical argument in support of the claim that individual energy eigenstates of a non-integrable Hamiltonian should encode information about whether that Hamiltonian possesses a finite-temperature phase transition, as well as quantitative information about the critical behaviour of this transition. We have also provided numerical evidence in support of this claim, though we have stopped short of actually extracting any quantitative information about such a transition, due to computational limitations. However, under the assumption that the extrapolation procedure we have outlined works for larger system sizes, the existence of such a procedure suggests that individual energy eigenstates, even at energy densities away from the critical point, should contain information about the finite-temperature phase transition of the Hamiltonian they originate from. Such a conclusion may serve as an inspiration for the development of new computational techniques aimed at isolating the critical information contained in one energy eigenstate, without the need to perform a computationally costly exact diagonalization.

While this result strikes the authors as being primarily of interest for questions regarding the foundational principles of quantum statistical mechanics, we note one hypothetical scenario in which it could be of practical use. We imagine a Hamiltonian which is believed to satisfy ETH, and also possesses a sign problem, so that it is difficult to study in a traditional quantum Monte Carlo approach. If, for some reason, there existed a special ansatz that allowed for one to find some small fraction of the spectrum (perhaps, for example, the ground state and first excited state), in such a way that RDMs could be extracted and manipulated in a computationally tractable fashion, then our approach outlined here could be useful. This could have applications, for example, in the study of high-temperature superconductivity. However, at present, the authors do not possess any knowledge of such a hypothetical Hamiltonian or corresponding ansatz.

\begin{acknowledgments}

We thank Mark Srednicki, Dietmar Weinmann, Rodolfo Jalabert, James Garrison, Tarun Grover, and Johannes Schachenmayer for helpful discussions. This work was supported in part by the UCSB McNair Scholars Program, Edison International, and the French National Research Agency ANR through project Grant No. ANR-14-CE36-0007-01 (SGM-Bal). We acknowledge support from the Center for Scientific Computing from the CNSI, MRL: an NSF MRSEC (DMR-1720256) and NSF CNS-1725797.

\end{acknowledgments}

redpajama_set_name: RedPajamaArXiv


The evil villain Thanos is preparing to take over the universe and Marvel has recruited all of its cinematic superheroes, from Iron Man and Thor to Doctor Strange and Spider-Man, to save the galaxy in the latest offering from the Mavel comic stable - Avengers: Infinity War.
This is the biggest gathering of Walt Disney Co.-owned Marvel's fast-expanding cadre of cinematic superheroes and essentially combines 18 films made over a span of 10 years beginning with 2008's Iron Man.
It also sets the stage for a new generation of Marvel's on-screen superheroes.
"You do have all these characters from different franchises who are playing in different tones but when you combine them, you get something that you haven't seen before because the movie can move very deftly and very quickly depending on which character you're with from one tone to another," says Joe Russo, the film's co director/writer.
Tony Stark and Bruce Banner are seen with Dr. Stephen Strange and Wong, Peter Parker feels his Spider-Man senses tingling while on the school bus, Loki gets his hands on a powerful Infinity Stone and Black Panther teams up with Captain America, Black Widow and the Winter Soldier. Infinity War is set to be a major, game-changing film for Marvel — so big, in fact, that the story will spill over to a second, still-untitled Avengers movie set for release in 2019.


2018 seems to have gone so fast and we would like to take the opportunity to thank you all for your continued loyalty and professionalism.
This year we have tried to let all our members know as much as possible about the 14 day cooling off period and waiver documents that unfortunately, not everyone is still aware of. It really is an incredibly important document and is a criminal offence if it isn't given to every customer.
We have seen a huge rise in insurance backed guarantees almost doubling the amount we completed last year. More members are using them and more and more of the public calling to ask about them. They really do help you win the majority of quotes.
Social media has really grown, with us boasting almost 13,000 connections on LinkedIn. With this in mind we introduced Motivation Mondays where we showcase a member's work every Monday across all of our social media pages which has produced great results including one of members getting a large project on the strength of their photo. Featured Friday was introduced to highlight one of our members every week starting from the founding members in 1985.
Our office has grown to accommodate the number of calls we receive per day as The Confederation of Roofing Contractors continues to go from strength to strength.
We would like to wish you all a well-deserved Christmas break with your families and friends and look forward to the new year ahead.
We are lucky to have had many of our members for a very long time. Because of this, we like to award them all with certificates and special accreditation logos once they have been with us for 10, 20 and 30 years. The below members will be receiving their accreditations in January.
We would like to thank everyone for their loyalty, professionalism and membership; we couldn't do it without you.
Our roof of the year entries are now LIVE!!!!
Please go to https://www.corc.co.uk/vote-for-roof-of-the-month/ to vote for our winners over 2018 where one will receive a FREE years membership!
We have already received several entries for January's roof of the month. If you would like to enter, please e mail gemma@corc.co.uk as we cannot accept online entries when roof of the year is online.
Thank you and good luck to all of our entrants!
We have been inundated with excellent work by our members for Roof of the Month October.
We will be closed from 12.00pm Friday 21st December and will re-open Monday 7th January 2019 at 9am.
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The San Eliseo Hotel project was a five star boutique hotel consisting of 98 suites, full service Spa, restaurants, bars and 1000 people Conference Centre, located overlooking the San Eliseo Golf course - one of Argentina's best courses.
MDCI were an integral part in assuring existing investors that the process of development would be correctly and effectively managed given our previous track record in the delivery of hotel projects.
It´s 10,000m2 of construction was budgeted at 14m$ to complete, and MDCI was contracted to define the Project Execution Plan, including the budget and timescales, in order to deliver the project as soon as the finance was raised to pay for the development.


text:
20 little known facts about VA medical centers
VAntage Point By VA Careers
Published June 01, 2020 05:57:41
When you work at VA, you're a part of a major piece of America's history. Our roots date back to the Civil War, when the first hospitals and homes for disabled former soldiers began to open.
Today, across the nation, we provide top-notch care to 9 million Veterans in our medical centers. Many of these have long and unique backstories themselves. Whether you're considering a career at VA or have worked here for years, you might be surprised by some of these 20 little-known facts about VA medical centers.
The Togus VA Medical Center in Maine is the oldest facility for Veterans in the nation.
The Bob Stump VA Medical Center in Prescott, Ariz., is located at the site of Fort Whipple, a base for the U.S. cavalry after the Civil War. It later became headquarters for the Rough Riders during the Spanish American War.
The Southern Arizona VA Healthcare System began on an abandoned recreation spot known as Pastime Park, which at various times had been a skating rink, bowling alley, dance hall and a notorious roadside tavern.
Tibor Rubin VA Medical Center in Long Beach, Calif., is named for the only Holocaust survivor to be awarded the Medal of Honor.
The incredible views of the Smoky Mountains at the James H. Quillen VA Medical Center in Mountain Home, Tenn., (pictured at the top) were intended to benefit the recovery of the tuberculosis patients who were first treated there.
Even before its official dedication, the VA San Diego Healthcare System jumped into action to provide emergency care following a 1972 California earthquake.
The National Disabled Veterans Winter Sports Clinic — which offers disabled Veterans the chance to ski, rock climb, scuba dive and more — is held each year at the VAMC in Grand Junction, Colo.
When the original Wilmington VA Medical Center opened on Aug. 26, 1946, 77% of the staff were Veterans.
The first VA hospital in Miami, Fla., was actually a former hotel.
At the James A. Haley Veterans Hospital and Clinics, Veterans participated in weekly taste tests to set the menu at the American Heroes Café.
The Boise VA Medical Center occupies most of the former Fort Boise. Its sandstone buildings are some of the oldest in the city.
The site of the Edward Hines, Jr. VA Hospital in Hines, Ill., was once a former board track racecourse. Popular in the early 1900s, board track racing was a motorsport race on an oval racecourse with a surface of wooden planks.
The Captain James A. Lovell Federal Health Care Center in Chicago, Ill., is the first partnership between VA and the Department of Defense, integrating Veteran and Naval health care into one facility. It's also named for Apollo 13 astronaut Jim Lovell, played by Tom Hanks in the popular movie.
Arrowheads and relics from Susquehannock tribe can still be found on Perry Point Peninsula, home of the Perry Point VA Medical Center in Maryland.
The Battle Creek VA Medical Center was initially called Veterans Hospital Number 100 because it was the 100th VA hospital built in the United States.
Henry Ford attended the groundbreaking of the John D. Dingell VA Medical Center in Detroit.
At the Minneapolis VA Medical Center, three large atria in the facility allow for a window with natural light in each patient's room.
From the 1920s to 1965, the Cloud VA Medical Center's farm served as both occupational therapy and a source of local crops and milk for the hospital.
The VA Medical Center in St. Louis, Mo., occupies the Jefferson Barracks, the oldest operating U.S. military installation west of the Mississippi River.
The Montana VA Health Care System serves one of the highest per-capita Veteran populations in the U.S. — almost 10% of the state's population has served!
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SEARCH for a job opening by keyword or location.
FIND a VA medical center and learn more about its history.
LEARN how you can #WorkAtVA by visiting va.gov.
EXPLORE the benefits of a VA career.
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
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