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Non-Hermitian Systems
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Summary
Non-Hermitian Systems
extend the realm of
Quantum Mechanics
by considering Hamiltonians that are not Hermitian, allowing for the modeling of
Open Systems
where
Energy Exchange
with the environment occurs. These systems are characterized by
Complex Eigenvalues
, which can depict
Dissipative phenomena
and
Exotic states
such as
Exceptional Points
and
Non-Hermitian skin effects
.
Concepts
Complex Hamiltonians
PT Symmetry
Exceptional Points
Non-Hermitian Skin Effect
Dissipative Quantum Systems
Open Quantum Systems
Complex Eigenvalues
Topological Phases In Non-Hermitian Systems
Topological Photonics
Relevant Degrees
Gravity and Pendulums 75%
Nuclear Physics 25%
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