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A theoretical model shows that de Sitter geometries may emerge locally in globally anti-de Sitter spacetimes via unstable fluctuations https://t.co/xtzAKTEd9k
The equivalence between minimizing the energy cost and finding the geodesic path solves the optimization problem in thermodynamics through methods developed in Riemannian geometry https://t.co/IXMyQmy5uH
A generalized fluctuation theorem is derived for quantum systems undergoing continuous measurement and feedback https://t.co/ASrl6182En
A renormalized theory of neural network dynamics describes the structure of nonlinear interactions, and uncovers a new form of critical behavior in the brain in which nonlinearities remain relevant on all scales
Letter: https://t.co/VTOxQJhdAn
Synopsis: https://t.co/xgtfzQVEpC
The GW method, a popular tool to calculate electronic and optical properties of correlated ground states, is extended to the time domain to study ultrafast quantum phenomena in 2D materials https://t.co/ujIzXppuKq
Bounds on the entropy production of physical and living systems can be calculated directly from waiting time distributions, as demonstrated with data measured in a variety of biological processes #biophysics
Letter: https://t.co/SzIaFh4dNn
Viewpoint: https://t.co/o3PJ2Wz6NZ
In the Scientific Background of the Physics @NobelPrize for Giorgio Parisi, 5 PRLs & 1 RMP were cited. We've made them all free to read:
https://t.co/4j3O22ToOY
https://t.co/VGLn3K1Gp0
https://t.co/Er6h2ONtAi
https://t.co/1jU0UqAVT9
https://t.co/LPLQ8ObTzQ
https://t.co/bilFtFGof2
Using a lattice of coupled atomic momentum states researchers show that atomic interactions result in large and qualitative changes to dynamics in the synthetic dimension https://t.co/0AIGclxW7Z
Three-dimensional defect loops in active nematics self-propel and distort by driving flows along the defect line https://t.co/Y285BvkEDB
Creating magnetic monopoles via classical scattering of high-intensity circularly polarized light waves https://t.co/mmTBvjCpXy