13 citations · 25 across the 6 of their papers we have counts for
6 papers
Random-matrix and transport frequencies in eigenstate spectral functions
Kadir Çeven, Rohit Patil, Marcos Rigol +1
The fact that generic isolated many-body quantum systems thermalize is understood using the eigenstate thermalization hypothesis (ETH). In recent years, there has been much interes…
Quantum Chaos and Eigenstate Thermalization
Rohit Patil, Marcos Rigol
We provide a pedagogical introduction to eigenstate thermalization. This phenomenon, which occurs in generic quantum many-body systems, allows one to understand why thermalization…
Eigenstate thermalization for local versus translationally invariant observables
Rohit Patil, Marcos Rigol
Local observables and their translationally invariant counterparts are generally thought to provide the same predictions for experiments. While this equivalence holds for expectati…
Eigenstate thermalization in spin- systems with SU(2) symmetry
Rohit Patil, Marcos Rigol
We study the diagonal and off-diagonal matrix elements of observables in the eigenstates of the extended spin- Heisenberg chain, which exhibits the non-Abelian SU(2) s…
Typical entanglement entropy in systems with particle-number conservation
Yale Yauk, Rohit Patil, Yicheng Zhang +2
We calculate the typical bipartite entanglement entropy in systems containing indistinguishable particles of any kind as a function of the total particle num…
Average pure-state entanglement entropy in spin systems with SU(2) symmetry
Rohit Patil, Lucas Hackl, George R. Fagan +1
We study the effect that the SU(2) symmetry, and the rich Hilbert space structure that it generates in lattice spin systems, has on the average entanglement entropy of highly excit…