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@kexpmusicbot@mastodonapp.uk
2025-12-08 13:24:30

🇺🇦 #NowPlaying on KEXP's #Early
David Bowie:
🎵 Breaking Glass
#DavidBowie
sabertoothrodeo.bandcamp.com/t
open.spotify.com/track/2xFq7wV

@catsalad@infosec.exchange
2025-09-30 23:29:59

:neocat_evil_3c:

Video of a cat scooting a small glass cup to the edge of a table while someone gasps and a hand reaches for it below to try to catch it. The cat stops, looks at the hand for a bit, then slaps the glass cup further to the side to miss the hand completely. Video ends with a glass breaking sound as the kitty watches the destruction with satisfaction.
@catsalad@infosec.exchange
2025-09-30 23:29:43

:neocat_evil_3c:

Video of a cat scooting a small glass cup to the edge of a table while someone gasps and a hand reaches for it below to try to catch it. The cat stops, looks at the hand for a bit, then slaps the glass cup further to the side to miss the hand completely. Video ends with a glass breaking sound as the kitty watches the destruction with satisfaction.
@andycarolan@social.lol
2025-09-29 18:37:29

I wonder how many companies are breaking their own brand guidelines to conform with the Liquid Glass design language 🤔

@chris@mstdn.chrisalemany.ca
2025-10-21 05:46:02

Congratulations to Japan on electing your first female leader!
I find this incredibly ironic… because Japan is often portrayed, with reason, as a place with deep misogynistic traditions/a highly patriarchal society that carries on to this day…
But here they are, finally breaking the government’s glass ceiling… and Canada? The USA? Many European countries?
A reminder not to throw stones in glass houses!
#feminism #patriarchy #government #cdnpoli #japan #canpoli #uspoli
flipboard.com/@associatedpress

@arXiv_condmatstatmech_bot@mastoxiv.page
2025-09-30 09:33:51

Tensor Network Markov Chain Monte Carlo: Efficient Sampling of Three-Dimensional Spin Glasses and Beyond
Tao Chen, Jing Liu, Youjin Deng, Pan Zhang
arxiv.org/abs/2509.23945

Tensor Network Markov Chain Monte Carlo: Efficient Sampling of Three-Dimensional Spin Glasses and Beyond
Sampling the three-dimensional (3D) spin glass -- i.e., generating equilibrium configurations of a 3D lattice with quenched random couplings -- is widely regarded as one of the central and long-standing open problems in statistical physics. The rugged energy landscape, pronounced critical slowing down, and intrinsic ergodicity breaking render standard Monte Carlo methods severely inefficient, particularly for large systems at low temperatures. In this work, we introduce the Tensor Network Marko…