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Detection of Quantum Phase Transitions with a Lee-Yang Formalism and Many-Body Algorithms
Pascal Marc Vecsei
Department of Applied Physics
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Dive into the research topics of 'Detection of Quantum Phase Transitions with a Lee-Yang Formalism and Many-Body Algorithms'. Together they form a unique fingerprint.
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Engineering
Quantum State
100%
Numerical Technique
66%
Degree of Freedom
33%
Applicability
33%
Quantum System
33%
Square Lattice
33%
Complex Plane
33%
Exponential Growth
33%
Cumulants
33%
Ground State
33%
Thermodynamic Limit
33%
Body Model
33%
Ising Model
33%
Combined Parameter
33%
Heisenberg Box
33%
Direct Evaluation
33%
Structure Spin
33%
Density Matrix
33%
Chemistry
Phase Diagrams
100%
Order Parameter
40%
Ground State
20%
Finite-Temperature
20%
Antiferromagnetic
20%
Hilbert Space
20%
Density Matrix
20%
Structure Factor
20%
Ising Model
20%
Heisenberg Model
20%
Spin Susceptibility
20%
Physics
Phase Diagrams
100%
Hilbert Spaces
20%
Ising Model
20%
Finite-Temperature
20%
Ground State
20%
Degree of Freedom
20%