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Symmetry in Many-Body Physics

This reprint contains 14 articles on various aspects of many-body physics. Most of the articles are devoted to different phenomena in Bose–Einstein condensate (M.R. Pathak and A. Nath; M.H. Figlioli Donato and S.R. Muniz ; B. Halder with coauthors; O.E. Alon).L. Madeira and V.S. Bagnato discuss the...

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Salvato in:
Natura: Online
Lingua:inglese
Pubblicazione: MDPI - Multidisciplinary Digital Publishing Institute 2023
Soggetti:
plasmonics
nano-optics
dipole-dipole interaction
density matrix method
dressed states
Kerr effect
quantum dots
metallic nanoparticles
graphene
quantum many-body theory
acoustic plasmons
Bose-Einstein condensates
infinite-particle-number limit
many-body theory
mean-field theory
position variance
momentum variance
angular-momentum variance
solvable models
harmonic-interaction model
anisotropy
dynamics of closed quantum systems
random probing
separation of time scales
Hilbert-space localization
quantum turbulence
Bose-Einstein condensate
out-of-equilibrium
small-angle scattering
fractional Brownian surfaces
fractal dimension
Hurst exponent
spectral exponent
nanoscale phase separation
quasi-equilibrium system
heterophase mixture
zeroth-order transition
nucleation point
four-color optical lattice
soliton
crazy clock
Briggs–Rauscher reaction
state I to state II transition
symmetry breaking
iodine
K-means analysis
random number generator
non-thermal fixed points
out-of-equilibrium system
Bose–Einstein condensate
turbulence
Josephson effect
spinor BEC
toroidal superfluid
quantum droplets
multi-color periodic confinement
Rashba spin–orbit interaction
semiconductor quantum ring
Floquet theory
light–matter coupling
magnetic field
bit retrieval
long-time memory
Nyxion
continuous pump
coalescence
Aurora
n/a
thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
thema EDItEUR::P Mathematics and Science::PH Physics
Accesso online:ONIX_20230405_9783036567297_85
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Riassunto:This reprint contains 14 articles on various aspects of many-body physics. Most of the articles are devoted to different phenomena in Bose–Einstein condensate (M.R. Pathak and A. Nath; M.H. Figlioli Donato and S.R. Muniz ; B. Halder with coauthors; O.E. Alon).L. Madeira and V.S. Bagnato discuss the route of an out-of-equilibrium system to its thermalized state. M.R. Singh discusses the many-body interactions in plasmonic nanohybrids. M. Pudlak and R. Nazmitdinov analyze electron transport through a one-dimensional quantum ring, subject to Rashba spin–orbit interaction in the presence of external fields. R. Friedberg and J.T. Manassah report computer investigations on the duration memory for storage for an isolated atom. M.C. Pagnacco with coauthors describe the crazy-clock phenomenon. V.I. Yukalov and E.P. Yukalova consider materials with nanoscale phase separation. E.M. Anitas investigates materials with fractal-like geometry. L. Madeira with coauthors address the topic of quantum turbulence. K. Ziegler discusses how the employment of the diagonal elements of the time correlation matrix can be used to probe closed quantum systems that are measured at random times. L. Salasnich analyzes the collective dynamics of electrons in graphene positioned between the two slabs.

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