strongly correlated systems
Some Applications of Holography to Study Strongly Correlated Systems
... try modeled by introducing complex scalar field in the gravity background [2, 3]. The next significant development in this area occurs with the introduction of momentum dissipation term in the gravity action and obtain ...
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Strongly Correlated Systems: Transport, Entanglement and Dynamics
... In chapter 3, we ain to study a heavy fermionic system and especially investigate the interplay between frozen f -electrons and conduction c-electrons. For this we re- visit the phase diagram of finite temperature phase ...
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Efficient tight-binding approach for the study of strongly correlated systems
... For strongly correlated systems 共or in the presence of a crystal and/on ligand field兲, the limit of uniform occupancy is not correct and the AFM functional leads to rather unreal- istic results for ...
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Exploring finite-size effects in strongly correlated systems
... of strongly correlated systems to a small number of ...infinite systems such as those arising from neutron matter (NM) must consider finite-size (FS) effects at play when be- low the ...
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Pfeffer, Tobias (2019): Homotopy and renormalization group approaches for strongly correlated systems. Dissertation, LMU München: Fakultät für Physik
... laws. Systems which necessitate such kind of understanding are called strongly correlated systems and the superconductivity observed by Onnes was just the first example of such a ...these ...
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Saberi, Hamed (2009): Matrix-product states for strongly correlated systems and quantum information processing. Dissertation, LMU München: Fakultät für Physik
... The generation of multiqubit entangled states via a single global unitary operation acting on initially decoupled qubits is in general a difficult problem. From this point of view, several theoretical and experimental ...
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Studies On Fractionalization And Topology In Strongly Correlated Systems From Zero To Two Dimensions
... Mesoscopic physics, roughly speaking, governs structures from nano- to micron- meter scales. At low temperature, quantum effects of individual electrons and their correlations become important in mesoscopic ...
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Entanglement entropy in strongly correlated systems with confinement/deconfinement phase transition and anisotropy
... Five-dimensional anisotropic gravity with nontrivial dilaton field and two Maxwell fields is chosen for the holographic model, which allows to repro- duce the multiplicity dependence on [r] ...
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Correlated Electron Systems and High Temperature Superconductivity
... of strongly correlated systems is a considerable barrier to progress on this ...in correlated-electron physics, and has been the subject of intensive study [35,36,38,46, ...
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A first principles approach to modelling magnetism in strongly correlated electron systems
... the correlated motion of the electrons. Gener- ally speaking, Strongly-Correlated systems contain electrons that are neither fully itinerant, ...the strongly-correlated electron ...
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Dorfner, Florian (2017): Numerical methods for strongly correlated many-body systems with bosonic degrees of freedom. Dissertation, LMU München: Fakultät für Physik
... of strongly correlated states from a new per- spective [52, ...of strongly interacting one-dimensional (1D) systems: spin and charge velocity related to spin-charge separation ...quantum ...
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Chaos and Randomness in Strongly Interacting Quantum Systems
... quantum systems could yield precise insights into the apparent breakdown of locality, and tell us in what time regimes we can use Haar-invariance to calculate late-time physics ...
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The effects of disorder in strongly interacting quantum systems
... experimental systems where replica symmetry breaking could be experimentally detected, we conduct a related renormalisation group study of a dimerised quantum antiferromag- net with random intra-dimer bond ...
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Strongly correlated ab initio calculations based on the GW method and their application to Vanadium Dioxide
... weakly correlated materials such as the p-block semiconductors has significantly fa- cilitated material ...design. Strongly correlated materials however, have not received such benefits as accurate ...
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Diffusion models in strongly chaotic Hamiltonian systems
... for systems o f dimension greater than 2 (except perhaps for some partial results by Wiggins (W 92j) we have to use the techniques o f the previous sections ...
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Pressure-driven growth in strongly heterogeneous systems
... heterogeneous systems, here we have considered a strongly heterogeneous case: strong heterogeneity in this context means that the reservoir permeability varies sig- nificantly from stratum to stratum, and in ...
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Riccati equations for strongly stabilizable bounded linear systems
... of strongly stabilizing solutions to Riccati equations for innite-dimensional systems that are strongly, but not exponentially ...of strongly stable systems with colocated actuators and ...
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STRONGLY SECURE RAMP SECRET SHARING IN DISTRIBUTED DEDUPLICATION IN SYSTEMS
... Cloud storage service is gaining popularity. To reduce resource consumption in network bandwidth and storage, many cloud storage services employs client-side deduplication.[1] That is, when a user tries to upload a file ...
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On Decay of Solutions to Systems of Integro differential Equations with Strongly Damped
... Liang and Gao [10] studied the global existence, decay and blow up of solution problem 1 with the absence of the dispersive term △utt and the weak damping term ut.. In this paper, under [r] ...
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Infinitely Many Solutions of Strongly Indefinite Semilinear Elliptic Systems
... Heinz, “Existence and gap-bifurcation of multiple solutions to certain nonlinear eigenvalue problems,” Nonlinear Analysis: Theory, Methods & Applications , vol. Yang, “Multiple solut[r] ...
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