[PDF] Top 20 Thermalization in Periodically-Driven Interacting Quantum Systems

... equilibrium systems, this quasi-thermal steady state displays incompressibility with a finite excitation density, a unique nonequilibrium characteristic leading to its name - the “Floquet ... See full document

... two periodically driven atomic sys- tems which are accessible to state-of-the-art experiments under large control of parameters, and thus of the underlying classical dynamical ...in quantum chaology ... See full document

... fermionic systems, while the minus, re- stricted to the case γ 1,L out − γ 1,L in > 0, is for bosonic ...(interacting systems), our proce- dure cannot be directly applied as it is not straightfor- ... See full document

... real systems but also are needed for switching in computational processes, while the underlying particle interactions are a key ingredient for the manifestation of genuine quantum ...dynamical ... See full document

... the systems we studied in this paper are noninteracting ...an interacting integrable Floquet system, the OTOCs have diffusive wavefront broadening, similar to the random unitary circuit ...Hamiltonian ... See full document

... The first project aims the ultimate goal of atoms in optical lattices, namely, the possibility to act as a quantum simulator of more complicated condensed matter system. The underline idea is to simulate a ... See full document

... of periodically driven 1D models with quenched disorder, and find that, as system’s parameters are varied, two distinct phases are realized, which differ in the structure of their Floquet eigenstates, as ... See full document

... There have been recently a number of interesting studies of the interplay of noise with chaotic behaviour [1,2] including e.g. a demonstration of chaotic features in a purely stochastic Kramers oscillator [3], the ... See full document

... of quantum spin trajectories on the Poincaré–Bloch sphere, this has resulted in the representation of interacting quantum blips and sojourns in time [20,21], where the interaction with the ... See full document

... in systems out of thermal ...cavities driven by incoherent light [28 28], and later for many-body systems [29 29, 30 30], interacting spins [31 31, 32 32], atoms in a thermal environment [33 ... See full document

... a quantum optics scheme in an array of driven-dissipative nonlinear resonators with embedded incoherently pumped two-level ...always driven by commensurability eects for this model, and not by the ... See full document

... different quantum phases even though there is no distinction between them on the basis of symmetry In quantum Hall effect and more generally in topological materials, different phases having the same set of ... See full document

... dissipative systems driven by time-independent forcing is well ...the periodically forced quadratic-cubic Swift – Hohenberg equation, and its details are interpreted in terms of the properties of the ... See full document

... Phase I, which is stable up to 110 GPa, is a molecular solid composed of quantum rotors arranged in a hexago- nal close-packed structure. Changes in the low-frequency regions of the Raman and infrared spectra ... See full document

... The aim of this article is to investigate localized solutions in a PDE with para- metric forcing, introduced in [20] as a generic model of parametrically forced systems such as the Faraday wave experiment. We ... See full document

... in driven quantum systems, which relies on an avoided crossing between Floquet ...The quantum features identified here are found to be narrower than their classical counterparts, and results ... See full document

... Most results in the literature on maintenance of degrad- ing systems consider the case when the system is contin- uously monitored. Grall et al. [4] present a PM struc- ture for a gradually degrading single-unit ... See full document

... Abstract. We present in this paper a number of recent and various works of statistical physics, which involve an interacting particle system. In kinetically constrained models, the particles are placed on Z d , ... See full document

... To conclude, our study of the ESR spectrum resulting from the combined presence of interactions and spin-orbit coupling in 1D quantum wires reveals dramatic changes from simple Fermi liquid modelling. The ... See full document

... The most general is Selinger’s CPM construction [68] which, given any category of ‘pure states’ and ‘pure maps’, constructs a category of ‘mixed states’ and ‘completely positive maps’. Within the resulting category, ... See full document