@weiinkyoto Profile picture

Z.Wei

@weiinkyoto

Holography (mainly AdS/CFT)

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This paper looks super exciting

Our new paper is out! On entanglement distillation in holography: scirate.com/arxiv/2411.034…



This paper looks very exciting. arxiv.org/pdf/2407.14454


If dS is hard, what about embedding it into AdS? I proposed a correspondence between AdS3 with dS2 end-of-the-world branes and 2D CFT on non-orientable manifolds in my new paper appearing on the arxiv today! arxiv.org/abs/2405.03755


1ヶ月半寝かせている論文を投稿するの億劫すぎて吐きそう


Excited to share our new paper on magic! We propose a novel way to classify many-body states according to their magic features and construct an iterative coarse-graining procedure called convolution group to efficiently do the classification. arxiv.org/abs/2402.05780


Posted a new paper on the arxiv! We realized in holography an entanglement phase transition (i.e. a linear t / log t / t^0 transition similar to measurement induced phase transition)! arxiv.org/abs/2311.13201


Z.Wei Reposted

論文出しました. The new paper on gauging spacetime inversions: arxiv.org/abs/2311.09978


The world moves so fast


Z.Wei Reposted

Happy to know that our paper, focusing on the asphericity of SN explosion, is published by Nature Astronomy! Many thanks to the collaborators, referees and editors who helped to improve the quality of the manuscript😆

Late-phase spectroscopy reveals that explosive nucleosynthesis in a bipolar collimated configuration is commonly found for core-collapse supernovae, highlighting the importance of asphericity in shaping these diverse cosmic fireworks. Fang, Maeda et al.: nature.com/articles/s4155…

Tweet Image 1


コーヒー豆の仕入れ先を知りたい(切実)


物理はむずかしい。。。


来週の研究会発表、思ってたのと全然違う話で申し込んでてもうだめだ


今年度 3/4 ぐらい事務的な何かに時間を費やしてて、来年度もうちょっと研究に時間当てれたらと思いますが、来年も事務手続で大半溶けそう


基研のメールアドレスって、卒業してもずっと使い続けるのでしょうか?


博論の締切後の3日間以内に査読二つ済ませた上でポスターを作らないといけないという地獄


何でこんな忙しいことになったのかって首を傾げている


博論でキャパリすぎ


コーヒーを飲みすぎて眠れなくなってしまった


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