Maisie Williams had suicidal thoughts while playing Arya Stark

first_imgReutersHBO’s Game of Thrones star Maisie Williams recently talked about the time when she used to have suicidal thoughts.Earlier this month, Game of Thrones star Sophie Turner talked about going into depression and even thinking about committing suicide while she played the iconic character of Sansa Stark. Following this, the 22-year-old Maisie has also opened up about the time several years ago in which she had suicidal thoughts.During Maisie’s recent interview with Lewis Howes, she talked about the overwhelming feeling she faced while playing Arya Stark. It all started when Maisie was only 15 years old and was surrounded by all the negative thoughts and everything seemed dark to her.”It started just in my head and I would think of something and cringe and feel disappointed and I’d be like, ‘I hate myself.’ And then it started getting worse and worse and worse…,” Maisie said.Maisie Williams added that the thoughts inside her head were getting so overwhelming that she was saying those things out loud and couldn’t even realize them. She said that she also suffered from anxiety and has even attended therapy sessions. Not only this, she has been on medication to deal with all the anxiety.”I was just dead-set on being self-destructive – I never really had a good relationship with substances anyway. And then it just all started to sort of come out in those few months. And I just got very, very sad. And yes I had a lot of overwhelming feelings of not really wanting to be here.”You can check Maisie Williams’ hour-long interview below:Meanwhile, as we reported earlier, Maisie Williams’ Arya Stark has asked Gendry to make a mysterious weapon for her in Game of Thrones season 8 episode 1 titled “Winterfell.” There are several theories about this mysterious weapon as many are suggesting that Arya will be using the dragonglass to stab the White Walkers. On the other hand, many are predicting that Arya has asked Gendry to make this weapon for her eldest sister Sansa Stark.Sophie Turner and Maisie Williams will return as Sansa and Arya Stark in Game of Thrones season 8 episode 2. Don’t forget to check the review of the first episode of season eight.last_img read more

Antioch School of Law Remembered as Engine of Change for Black Disenfranchised

first_imgCrafted to meet the changing political and social landscape where centuries-old laws were being dismantled, the Antioch School of Law, later the University the D.C. Law School, and now the District of Columbia David A. Clarke School of Law (UDC-DCSL), embraced the mantra “Challenge Authority” from its inception.Panelists celebrating the legacy of The Antioch School of Law as a tool to discuss the power of challenging authority to secure rights for the District’s disenfranchised communities. (Photo by Shantella Y. Sherman)Established in 1972, with an open-admissions policy, the Antioch School of Law offered mostly low-income Black students an opportunity to obtain a quality post-secondary education, while advocating on behalf of their communities.“Students were required to work or earn internships within the government so they would know how to function within the law, not just throw bricks at the system,” said Antioch School of Law Co-Dean and Co-Founder, Edgar Cahn at the forum. “We staffed the government during home rule and we held the trust of the most disenfranchised folks in the country to ensure that legally we would uphold their rights.”Panelists for the forum included Sandra Mattavous-Frye,’83, Antioch graduate and current People’s Counsel in D.C., and Shelley Broderick, Dean, UDC-DCSL. Antioch alum, Jonathan Smith, ’84, Dean for Clinical and Experiential Programs, UDC-DCSL, served as panel moderator.Antioch pioneered a comprehensive law clinic education model, which has been acknowledged by the American Bar Association and the Association of American Law Schools as being an essential part of a complete legal education. It has since been incorporated into the curriculum of virtually every law school in the United States. The school reportedly required new students to spend their first two weeks of class living with families in the District’s worst neighborhoods to get a feel for the people they would represent.Antioch graduate Joyce Batipps told the AFRO, the school was a place where social engagement and a desire to fix the parts of the government that were not working properly gained the legal know-how to change laws, disarm abusive elements, and protect poor communities from predatory behaviors. “Advocacy was not an option. There were people dying and being discriminated against all around us,” Batipps said, referring to the housing discrimination several low income residents faced if they were diagnosed with HIV. “We learned how to strategize and challenge or apply new interpretations of the law to fight on behalf of impoverished people because just knowing the law would not save Mrs. Jones’ home, but challenging certain laws and demanding others, would.last_img read more

Quantum guessing game reveals insight into strongerthanquantum correlations

first_img(PhysOrg.com) — In information processing, physicists are often in search of ways to turn classical strategies into quantum ones, with the implication that the quantum version is somehow stronger, faster, or more secure than its classical counterpart. However, quantum strategies do not always perform better than classical ones. As a case in point, a new study has compared the strength of classical and quantum correlations in a simple number guessing game and found no difference in performance. Further, the physicists found that a third form of correlations – post-quantum correlations – could outperform both quantum and classical forms. Post-Quantum Correlations: Exploring the Limits of Quantum Nonlocality More information: Mafalda L. Almeida, et al. “Guess Your Neighbor’s Input: A Multipartite Nonlocal Game with No Quantum Advantage.” Physical Review Letters 104, 230404 (2010). DOI: 10.1103/PhysRevLett.104.230404 Copyright 2010 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.center_img In their study, Mafalda Almeida from the ICFO-Institut de Ciencies Fotoniques in Barcelona and coauthors found that classical and quantum correlations performed equally in a game called “Guess Your Neighbor’s Input.” The game involves a group of players in a ring who each receive an input number of either 0 or 1. The point of the game is that each player tries to guess the number of the person to their right. Of course, players are not allowed to know any information about their neighbor’s numbers before guessing, nor to communicate after having received their numbers. In order to win the game, players are allowed to share physical resources, such as classical or quantum correlations. Importantly, all these resources must be “no-signaling”; that is, they cannot enable instantaneous communication.The no-signaling principle is fundamental for physicists dealing with the concept of nonlocality. In nonlocality, one object can influence another object at a distance, such as through entanglement. However, this phenomenon cannot be used to send information faster than light, which prevents a direct conflict with Einstein’s theory of relativity. Nonlocal correlations, which physicists define as those violating a Bell inequality, are important because they serve as a key resource for quantum information processing.However, in the game in this study, the researchers found that players gained no advantage at guessing the correct numbers by using quantum resources compared to classical ones. This makes sense, since it seems that players should require signaling in order to improve their guessing accuracy, and neither quantum nor classical correlations involve signaling.Yet when the physicists looked at what happened when the players use no-signaling correlations (that is, correlations that satisfy the no-signaling principle) that are even stronger than those allowed in quantum mechanics (i.e. they had a higher degree of violation of a Bell inequality), they did find a surprise. No-signaling correlations could actually outperform the quantum and classical correlations, suggesting that quantum correlations obey a stronger version of the no-signaling principle.“Our study highlights a fundamental difference between quantum correlations and certain post-quantum correlations (that is, correlations stronger than those allowed in quantum mechanics, but which nevertheless obey the no-signaling principle),” Nicolas Brunner, coauthor and a physicist at the University of Bristol, told PhysOrg.com. “This is significant because it strongly indicates that quantum correlations could obey a stronger version of the no-signaling principle.”This game is the first that involves entanglement among more than two bits (called “multipartite entanglement”) to identify some of the boundary (or gap) between quantum correlations and the stronger no-signaling correlations. However, the results also raise further questions, such as what kind of physical principle might limit quantum non-local correlations? Why do (theoretical) post-quantum correlations seem to not exist in nature? And if they did exist, could these correlations be used for other information tasks? Right now, these questions are likely a long way from being answered. Citation: Quantum guessing game reveals insight into stronger-than-quantum correlations (2010, June 22) retrieved 18 August 2019 from https://phys.org/news/2010-06-quantum-game-reveals-insight-stronger-than-quantum.html Explore furtherlast_img read more