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- On the Eigenstate Thermalization Hypothesis: what does energy . . .
On the Eigenstate Thermalization Hypothesis: what does "energy eigenstates are thermal" mean? Ask Question Asked 5 years ago Modified 5 years ago
- Seemingly a paradox on the eigenstate thermalization hypothesis (ETH)
In the research field of Many-body Localization (MBL), people are always talking about the eigenstate thermalization hypothesis (ETH) ETH asserts that for a isolated quantum system, all many-body
- quantum mechanics - Question on Eigenstate thermalization hypothesis . . .
4 My understanding of a system that satisfies the eigenstate thermalization hypothesis (ETH) is the following If we consider a local operator, Oi O i we can relate its expectation value with respect to some eigenstate, |ϵ | ϵ of the Hamiltonian, H H to a thermal expectation value via a thermal density matrix, e−βH e − β H
- What is meant exactly by eigenstate ensemble average?
I am currently reading about Eigenstate Thermalization Hypothesis (ETH) and Berry's conjecture In the paper by Srednicki on chaos and quantum thermalization, in Eq (3 8) he calculates the average
- Eigenstate thermalization in chaotic Floquet systems
2 Background In closed time-independent Hamiltonian systems, the eigenstate thermalization hypothesis (ETH) states, roughly speaking, that energy eigenstates "look thermal" More precisely, the ETH is a statement about the matrix elements of local operators in the energy eigenbasis, i e
- A seemingly paradox for Eigenstate Thermalization Hypothesis (ETH)
A seemingly paradox for Eigenstate Thermalization Hypothesis (ETH) Ask Question Asked 9 years, 7 months ago Modified 9 years, 7 months ago
- Thermalization at quantum critical point and quantum many-body scars
Quantum scar states are a hot topic in condensed matter physics Quantum scars are the eigenstates of a many-body system (e g a spin chain) that weakly violate the eigenstate thermalization hypoth
- Why cant a localized state thermalize? - Physics Stack Exchange
First, since a localized state cannot thermalize, it implies the breakdown of the eigenstate thermalization hypothesis [3–5] and thus the emergence of statistical physics from quantum mechanics
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