量子熱力学好きな人こういうのも刺さりそう
https://t.co/uc92lpAnK7 カオスの基礎的な復習をした後読んでみたい。量子熱力学の可能性を広く考えるのは楽しい
𝗔 𝗯𝗼𝘂𝗻𝗱 𝗼𝗻 𝗰𝗵𝗮𝗼𝘀 We conjecture a sharp bound on the rate of growth of chaos in thermal quantum systems with a large number of degrees of freedom. https://t.co/G7miMb8GIj
正直ちゃんと見てなかったけど、よくまとまっているな [1503.01409] A bound on chaos https://t.co/3COOwQXUA7
@danintheory @KyleCranmer Check out the abstract! https://t.co/JHM01Jw7Vf
@KyleCranmer This notion is used in recent discussions of quantum chaos in the quantum information and quantum gravity context, see e.g. https://t.co/qvxIj1hR0f. 2/2
A bound on chaos https://t.co/MfcOXYDLJc
RT @mmanuF: @dlouapre Et les #TrousNoirs qui veulent toujours faire tout mieux que tout le monde, sont les systèmes les plus chaotiques de…
@dlouapre Et les #TrousNoirs qui veulent toujours faire tout mieux que tout le monde, sont les systèmes les plus chaotiques de #NotreUnivers. Ils ont le plus grand exposant de Lyapounov autorisé (conjecturé par #JuanMaldacena, #DouglasStanford & Stephe
A bound on chaos Juan Maldacena, Stephen H. Shenker, Douglas Stanford (Submitted on 4 Mar 2015) We conjecture a... https://t.co/knmHp7vYUJ
Conjetamos um forte limite na taxa de crescimento do caos em sistemas quânticos térmicos com um grande número de... https://t.co/useJBJb5Nw
@willyOTule et le [12] https://t.co/SykupwPNvH c'est cadeau, ça fait plaisir. https://t.co/Eh9XxPbTgF
[1503.01409] Juan Maldacena, Stephen H. Shenker, Douglas Stanford : A bound on chaos http://t.co/b95scWBfE0
[1503.01409] Juan Maldacena, Stephen H. Shenker, Douglas Stanford : A bound on chaos http://t.co/b95scWBfE0
Juan Maldacena: Conjecture on the rate of growth of chaos in thermal quantum systems lacking a Einstein gravity dual http://t.co/wJRe1O4EPO
Juan Maldacena: Conjecture on the rate of growth of chaos in thermal quantum systems lacking a Einstein gravity dual http://t.co/wJRe1O4EPO
My conjecture: Maldacena's (last) conjecture, http://t.co/RqbZeuzEKl, comes from Jensen Inequality + Ehrenfest Th. @gomberoff
[1503.01409] Juan Maldacena, Stephen H. Shenker, Douglas Stanford : A bound on chaos http://t.co/wH5LoEfZNq
Juan Maldacena: Conjecture on the rate of growth of chaos in thermal quantum systems lacking a Einstein gravity dual http://t.co/wJRe1O4EPO
Juan Maldacena: Conjecture on the rate of growth of chaos in thermal quantum systems lacking a Einstein gravity dual http://t.co/wJRe1O4EPO
Juan Maldacena: Conjecture on the rate of growth of chaos in thermal quantum systems lacking a Einstein gravity dual http://t.co/wJRe1O4EPO
Even chaos has its limit. @douglasstanford (and Juan Maldacena and Steve Shenker) put a bound on chaos: http://t.co/DQD0RsE2Wq
Maldacena et al propose a bound on the rate chaos can develop in a thermal quantum system: λ ≤ 2πkT/ħ http://t.co/Rsb1hVAfoB
A bound on chaos. http://t.co/nmgO8GdpY2