many-particle quantum systems
Evolution of correlations of many-particle quantum systems in condensed states
... of many-particle quantum systems by means of the correlation ...nonlinear quantum BBGKY ...in many-particle quantum ...of many-particle quantum ...
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The Interplay of Localization and Interactions in Quantum Many Body Systems
... time-evolved particle density profiles, the many-body participation ratio, and the R´enyi ...the many-body ergodic ...which particle transport away from the initial configuration is not ...
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Development of Tensor Network Algorithms for Studying Classical and Quantum Many Body Systems
... single particle context, which we call fermionic Gaussian DMRG (GDMRG), that starts with a single particle Hamiltonian matrix and outputs the ground state correlation matrix in compressed form as a GMPS at ...
133
Fast nonadiabatic dynamics of many body quantum systems
... is a contribution that varies with g. The equilibrium properties of a system in this potential can be found self-consistently. Starting from an initial guess for V(x), we can calculate g(x) through a Monte Carlo ...
6
On Many-Minds Interpretations of Quantum Theory
... committed quantum theorist, who knows neither of any experimental evidence for any breakdown in quantum theory, nor of any alternative theory which is not both ad hoc and incompatible with special ...
16
Quantum mechanics and the big world : order, broken symmetry and coherence in quantum many-body systems
... which quantum mechanics carries along the means of its own ...of quantum particles grows toward an infinite size, it becomes possible for the system as a whole to spontaneously organize into a state which ...
171
Probing quantum many-body dynamics in nuclear systems
... Describing nuclear dynamics and predicting the out- come of heavy-ion collisions is very challenging as sev- eral mechanisms may occur. Ideally, the same theoretical model should be able to describe vibrational and ...
8
A Generalized Statement of Highest Entropy Principle for Stable Equilibrium and Non Equilibrium in Many Particle Systems
... molecular systems undergoing non-equili- brium phenomena determining specific geometrical configurations within the ...living systems at molecular and cellular level ...to Quantum Physics domain to ...
14
Wagner, Ingo (2013): Algebraic approach towards conductivity in ergodic media. Dissertation, LMU München: Fakultät für Mathematik, Informatik und Statistik
... context. In this case, it is of interest to review central and well-known results in light of the new theory, at the very least in order to check for consistency. So, to refine the statement above, this thesis is about ...
136
Quantum trajectories and open many-body quantum systems
... to many important ...cool many-body systems to the temperatures required to realise important many-body physics [80], it has become important to understand decoherence in a many-body ...
66
Comparing the states of many quantum systems
... two quantum systems, if they are all identically prepared, then their overall state will be ...compared quantum systems (the same transform on each ...individual quantum states are ...
13
Quantum Monte Carlo Methods applied to strongly correlated and highly inhomogeneous many-Fermion systems
... We also computed the particle–particle and shadow–shadow pair distribu- tion functions for pairs with parallel and opposite spin at different densities. Results are reported in Fig. [5.6-5.9]. It is possible ...
82
3-11-2013 12:00 AM On the Physical Explanation for Quantum Computational Speedup
... ... a DC-9 jet airplane recently crashed upon takeoff at Denver’s Stapleton Airport during a snowstorm. One peculiar feature of this accident is that the plane flipped over onto its back. There are many ...
144
Particles versus fields in PT-symmetrically deformed integrable systems
... The first possibility, i.e. µ = 1, was investigated in [20], leading to a not Galilean invari- ant, non-Hamiltonian system with at least two conserved charges in form of infinite sums allowing for steady wave solutions. ...
12
Contracting the Wigner kernel of a spin to the Wigner kernel of a particle
... operator a @cf. ~20!#: the eigenstates with maximal s are linked to the oscillator ground state with minimal n 5 0. In @5#, the opposite convention has been used. Nevertheless, it remains true that not only spin ...
6
Spin densities in pseudoclassical kinetic theory
... of quantum field theory @ 11 # is, although extremely interesting, not discussed ...a many-particle system and set up a transport theory including the spin degrees of ...a many-particle ...
9
Exponential Dynamical Anderson Localization in N particle Models on Graphs with Infinite range Interaction
... disordered systems with positive density of particles is still awaiting mathemati- ...discrete systems, and in [21], for continuous mod- els) is the next logical ...-particle systems, to the ...
14
Design and Analysis of an Improved MPPT for Photovoltaic Grid-Connected Inverter Based
... conversion systems near the maximum power point to increase the efficiency of the PV ...problems, many tracking control strategies have been proposed such as perturb and observe [1, 2], incremental ...
8
Novel Adaptive Neural Controller Design Based on HVDC Transmission System to Damp Low Frequency Oscillations and Sub Synchronous Resonance
... ity of a transmission lines and improving transient and steady state stability limits of power systems [1]-[3]. These improvements are done by compensating reactance of the transmission lines. Besides of having ...
14
Quantum Steampunk: Quantum Information, Thermodynamics, Their Intersection, and Applications Thereof Across Physics
... a quantum oscillator whose potential is dragged quickly ...nonequilibrium systems, one can associate a di ffi cult-to-measure, but useful, free-energy di ff erence ...registers quantum-information ...
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