The Technion Site
Professor Nimrod Moiseyev
Non-Hermitian Quantum Mechanics
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  • Research
    • Foundations of NHQM
    • Computational Methods For Calculating Resonances
      • RVP – Resonance via Pade: from standard hermitian quantum chemistry packages
    • Exceptional Points (EP) by NHQM
    • Applications of NHQM
      • Application of NHQM: Open the field of PT in optics
      • Applications of NHQM to study High harmonic generation (HHG) in gas phase and solid
      • Applications of NHQM to study above threshold ionization (ATI)
      • Applications of NHQM to study atomic & molecular autoionization
      • Application of NHQM to ICD Interatomic Coulombic decay
      • Applications of NHQM to Study Predissociations in Unimolecular Reactions
      • Applications to study cold chemistry (new theory for new technology)
      • Applications of NHQM to mesoscopic systems: quantum wells and quantum dotes
      • Applications of NHQM:  design of electronic devices (quantum wells and quantum dotes)
      • Applications of NHQM to optical communication and design optical devices
      • Applications to continuous mechanics
      • Applications of NHQM to Hardon physics:
    • Selection Rules For High Harmonic Generation
    • Chemistry in high intensity & high frequency laser fields
    • Quantum Chaos
    • LICI- Light/Laser Induced Conical Intersection
    • (t,t’) method and its applications
    • Applications Of NHQM To Surface Sciences
    • Isotope Effects (Theory & Experiments)
    • Polaritonic Physics & Chemistry (QED in a cavity)
    • QED Vs. Classical Light
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    • OpTun Ltd.
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Homepage > Research

Research

Link to Full List Of Publications

MAJOR CONTRIBUTIONS:

Foundations of NHQM

Computational Methods For Calculating Resonances

Exceptional Points (EP) by NHQM

Polaritonic Physics & Chemistry

Applications of NHQM

Selection Rules For High Harmonic Generation (Gas & Sold)

Chemistry in high intensity & high frequency laser fields

Quantum Chaos

(t,t’) method and its applications 

LICI- Light/Laser Induced Conical Intersection 

Applications of NHQM to surface sciences

Isotope Effects (Theory & Experiments)

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