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[HTML][HTML] Circuit complexity from cosmological islands
Recently, in various theoretical works, path-breaking progress has been made in recovering
the well-known page curve of an evaporating black hole with quantum extremal islands …
the well-known page curve of an evaporating black hole with quantum extremal islands …
Quantum aspects of chaos and complexity from bouncing cosmology: A study with two-mode single field squeezed state formalism
Abstract $ Circuit~ Complexity $, a well known computational technique has recently
become the backbone of the physics community to probe the chaotic behaviour and random …
become the backbone of the physics community to probe the chaotic behaviour and random …
[HTML][HTML] : THE COSMOLOGICAL OTOC: Formulating New Cosmological Micro-Canonical Correlation Functions for Random Chaotic Fluctuations in Out-Of-Equilibrium …
The out-of-time-ordered correlation (OTOC) function is an important new probe in quantum
field theory which is treated as a significant measure of random quantum correlations. In this …
field theory which is treated as a significant measure of random quantum correlations. In this …
Open Quantum Entanglement: A study of two atomic system in static patch of de Sitter space
In this work, our prime objective is to study non-locality and long range effect of two body
correlation using quantum entanglement from various information theoretic measure in the …
correlation using quantum entanglement from various information theoretic measure in the …
The generalized OTOC from supersymmetric quantum mechanics—study of random fluctuations from eigenstate representation of correlation functions
The concept of the out-of-time-ordered correlation (OTOC) function is treated as a very
strong theoretical probe of quantum randomness, using which one can study both chaotic …
strong theoretical probe of quantum randomness, using which one can study both chaotic …
The cosmological OTOC: A new proposal for quantifying auto-correlated random non-chaotic primordial fluctuations
The underlying physical concept of computing out-of-time-ordered correlation (OTOC) is a
significant new tool within the framework of quantum field theory, which now-a-days is …
significant new tool within the framework of quantum field theory, which now-a-days is …
[HTML][HTML] Cosmological spectrum of two-point correlation function from vacuum fluctuation of stringy axion field in de Sitter space: A study of the role of quantum …
In this work, we study the impact of quantum entanglement on the two-point correlation
function and the associated primordial power spectrum of mean square vacuum fluctuation …
function and the associated primordial power spectrum of mean square vacuum fluctuation …
Cosmological Geometric Phase From Pure Quantum States: A Study without/with having Bell's Inequality Violation
In this paper, using the concept of Lewis Riesenfeld invariant quantum operator method for
finding continuous eigenvalues of quantum mechanical wave functions we derive the …
finding continuous eigenvalues of quantum mechanical wave functions we derive the …
C \calC osmological G \calG eometric P \calP hase F \calF rom P \calP ure Q \calQ uantum S \calS tates: A Study without/with having Bell's Inequality Violation
In this paper, using the concept of Lewis Riesenfeld invariant quantum operator method for
finding continuous eigenvalues of quantum mechanical wave functions we derive the …
finding continuous eigenvalues of quantum mechanical wave functions we derive the …
[PDF][PDF] THE GENERALIZED OTOC FROM SUPERSYMMETRIC QUANTUM MECHANICS: Study of Random Fluctuations from Eigenstate Representation of Correlation …
The concept of out-of-time-ordered correlation (OTOC) function is treated as a very strong
theoretical probe of quantum randomness, using which one can study both chaotic and non …
theoretical probe of quantum randomness, using which one can study both chaotic and non …