[PDF] Top 20 Dynamical Phase Transitions in Quantum Systems

... the dynamical phase transition are characterized by the following ...other phase, the narrow resonance states are superimposed with a smooth background and the individual spectroscopic features of ... See full document

... the phase behavior of interacting many-body ...in systems of finite size — have led to a unified understanding of equilibrium phase ...as dynamical phase transitions in ... See full document

... by dynamical phase ...equilibrium quantum critical point the Loschmidt amplitude shows nonanalyticities that appear periodically on an emergent nonequilibrium time scale t ∗ not set by the mass of ... See full document

... ture in Ref. [63] which phenomenologically captures both a metallic phase as well as the strongly insulating phase by assuming superconducting islands exhibit a Coulomb blockade for electrons. This theory ... See full document

... The above properties describe the single particle characteristics of the AFAI, and lead to its defining characteristic as a many body system: robust quantized charge pumping that persists in a non-adiabatic driving ... See full document

... adaptive dynamical systems, viruses ex- perience critical phase transitions at different levels of organization (Sol´e and Elena, ...the dynamical behav- ior or the internal structure ... See full document

... singlet phase where spins are in the S z = 0 ground ...“quadrupole” phase has no magnetic order, and is aptly referred to as a quan- tum paramagnetic phase (QPM), which is separated from the ... See full document

... 1-D systems but in alized (and, at first sight, unexpected) solutions for the general form of  ...simple phase mapping (between two inequivalent systems), but the phase connection  seems to ... See full document

... a quantum master equation. Quantum driven-dissipative systems such as this one currently attract great theoretical interest [17,21,66–70] and have been investigated in a broad spectrum of exper- ... See full document

... Phase transitions in a wide variety of phenomena were unified by Landau’s mean- field theory [1], where the general concepts of order parameters and the character of spontaneous symmetry breaking were ... See full document

... the quantum Hall effect discussed in the beginning of this introduction, these Chern numbers are not strictly ...real systems gets washed out by small, but highly relevant, valley nonconserving ... See full document

... goes exothermically, with emission of heat, that is common for ordering processes. So SDPT is probably caused by structure ordering of aliphatic chains and rings of aromatic and naphtens/resins at SU core cover ... See full document

... its dynamical properties, as we’ve already ...when quantum fluctuations are present, the mode frequency as well as the temperature are important for the statistical mechanical characterization; for example ... See full document

... developed phase has essentially singular spatially-temporal ...physical systems with infinite number of degrees of free- dom is a quantum super-chaos, at that the quantitative characteristics of this ... See full document

... Hamiltonian systems with mixed phase space decompose into finitely many invariant subsets, only some of which are of ergodic ...of dynamical billiards, namely the mushroom billiards of Bunimovich for ... See full document

... lattice systems with lo- cal constraints in their dynamics that mimic steric restictions, and are one of the paradigms for the slow relaxation charac- teristic of glassy systems ...rich dynamical ... See full document

... open quantum system with a non-Hermitian Hamil- ton operator by using the Feshbach projection operator ...reduced phase rigidity of the eigenfunctions play an important ...a dynamical phase ... See full document

... show phase transitions in cases where infrared bounds cannot be ...a phase transition in the classical 120 ◦ ...a phase transition in a classical spin system then there will also be a ... See full document

... multi-component quantum liquids in one dimension (1D) can be described by WRs based on the compressibility, susceptibility and specific heat associated with each ...a phase are solely determined by the ... See full document

... will be big enough so that the lower bound of the smooth minimum entropy will be invalid, but this kind of operation may be not effective to evaluate the entropy of quantum information system. For B is too far ... See full document