Kadir Çeven
@kadirceven.com
PhD student at Georg-August-Universität Göttingen. Exploring non-equilibrium quantum many-body physics + neural quantum states.
kadirceven.com
kadirceven.com
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Kadir Çeven
@kadirceven.com
· Sep 25
🚨 New on arXiv: arxiv.org/abs/2509.20078
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)
🚨 New on arXiv: arxiv.org/abs/2509.20078
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)
September 25, 2025 at 5:29 AM
🚨 New on arXiv: arxiv.org/abs/2509.20078
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)
Relaxation timescales govern non‑equilibrium dynamics of closed many‑body quantum systems. In a disordered spin‑½ XX ladder, we show that the RMT time ∝ L² and it upper‑bounds the Thouless times. (1/3)