[PDF] Top 20 Random matrix approaches to open quantum systems
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Random matrix approaches to open quantum systems
... fermionic systems, to mention just two ...enjoy random-matrix applications, as mentioned at various places in the ...photonic systems with amplification and absorption, for which we can set up ... See full document
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Appropriation of the ‘Witch’ Stigma as White Women's Self-Empowerment
... Quantum random walks (QRWs) are a non-commutative generalization of dy- namics from the random walk point of view, the properties of which are significantly different from their classical ... See full document
116
Generation of Quantum Correlations in Bipartite Gaussian Open Quantum Systems
... covariance matrix of the form (7), then it is possible to generate Gaussian steering, for definite values of the squeezing parameter r and strength of interaction q between the coupled ...B quantum steering ... See full document
8
Guo, Cheng (2012): Using density matrix renormalization group to study open quantum systems. Dissertation, LMU München: Fakultät für Physik
... with open quantum systems, and more specifically, quantum impu- rity ...local quantum system in contact with a macroscopic non-interacting ...and quantum information ... See full document
119
Model for chaotic dielectric microresonators
... biological systems [1–6]. These systems also allow the study of generic properties of par- tially confined waves in a clean setting, and hence provide a route to acquire knowledge which can be transferred, ... See full document
10
Reduced Order Models for Open Quantum Systems
... The main advantage of POD is that the subspace produced by the process is linear, which allows us to easily project the full master equation onto the space and develop filtering equations for the density matrix as ... See full document
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Dynamics and simulation of open quantum systems
... simulate open systems with Markovian ...a matrix product decomposition of the density matrix of a ...in systems with strong ...simulate systems with slightly longer range ... See full document
177
Density matrix superoperator for periodic quantum systems and its application to quantum cascade laser structures
... density matrix row by row, while C unpacks the blocks first, and then the blocks ...sparse matrix, as is Liouvillian, and for a periodic system it remains sparse when the dissipator is added to the ... See full document
16
Open quantum systems are harder to track than open classical systems
... The numerical method we used was polynomial homotopy continuation [24] (see App. C for details). Typically we would run a multi-hour search with parallel processing for each class III ME, with multiple systems run ... See full document
35
Quantum trajectories and open many-body quantum systems
... 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 context in order to characterise the related heating ... See full document
66
Correlators for the Wigner–Smith time delay matrix of chaotic cavities
... FDC and FM acknowledge support from EPSRC Grant No. EP / L010305 / 1. FDC acknowledges partial support from the Italian National Group of Mathematical Physics ( GNFM-INdAM ) . NS wishes to acknowledge support of a ... See full document
21
Making rare events typical in Markovian open quantum systems
... the quantum system in such a way that these interesting fluctu- ations are becoming the typical dynamics, as sketched in ...a quantum system whose typical dynamics is the same as that corresponding to rare ... See full document
6
Random Propagation in Complex Systems: Nonlinear Matrix Recursions and Epidemic Spread
... adjacency matrix of a given ...a random graph approach, the nontrivial fixed point is locally stable with high probability in the family of Erd¨os-R´enyi random ...Jacobian matrix of the ... See full document
117
Thermodynamics of Quantum Causal Models: An Inclusive, Hamiltonian Approach
... a quantum causal model or quantum stochastic process as far as it is needed for the fol- ...a quantum causal model is proven in ...operational quantum stochastic thermodynamics (apart from one ... See full document
15
Authentication using key distribution protocol with cryptography
... of quantum cryptography is the ability of the two communicating users to detect the presence of any third party trying to gain knowledge of the ...of quantum mechanics: the process of measuring a ... See full document
5
Strong subadditivity for log determinant of covariance matrices and its applications
... one quantum harmonic oscillator by two other groups of oscillators, within a steering detection setting based on second ...secure quantum communication [13]. In a typical quantum optics laboratory ... See full document
12
Coassociative grammar, periodic orbits, and quantum random walk over ℤ
... The reading of the completion of a monomial of Ᏺ present at vertex k will yield many monomials of Ᏺ present at this vertex. By contraction, we will recover polynomials in P and Q present at vertex k. As all these ... See full document
18
Statistical Tests for Random and Quantum Random Number Generators
... of quantum physics, light is made of elementary particles called ...intrinsically random, and cannot be influenced by any external ...generating random sequences of 1 and ... See full document
6
Electric Multipole Polarizabilities of Quantum Bound Systems in the Transition Matrix Formalism
... -body systems described by the Faddeev and Faddeev-Yaku- bovsky integral equations, since the electric polarizabili- ties of the few-body nuclei are important characteristics containing additional independent ... See full document
9
Quantum probability in decision making from quantum information representation of neuronal states
... of quantum information theory and generates ...the approaches based on quantum physical processes in the brain ...The quantum-like community is multi-disciplinary: around two hundred experts ... See full document
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