The Technion Site
Professor Nimrod Moiseyev
Non-Hermitian Quantum Mechanics
  • Home
  • 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
  • Books & Reviews
  • Publications
  • Videos of talks & courses
    • OpTun Ltd.
  • Our group
  • CV
Homepage > Research > Applications of NHQM

Application of NHQM

Link to Full List Of Publications

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:

  • Tripolt, R. , Haritan, I., Wambach, J., & Moiseyev, N. (2017). Threshold energies and poles for hadron physical problems by a model-independent universal algorithm. Phys. Lett. B, 774, 411–416. doi: View Article

Quasi Stationary Mountain waves

  • D. S. Tannhauser & N. Moiseyev, (1995). The solution of lee wave problerns by the Cornplex Coordinate Method. Meteorol. Zeitschrift, N.F. 4, 257-265. doi: View Article

Contact Details

Schulich Faculty of Chemistry & Faculty of Physics & Solid State Institute

Chemistry Building, Room 422 (entrance level)
Technion-Israel Institute of Technology
32000, Haifa, Israel

Phone: +972-4-829-3977
Fax: +972-4-829-3541

mail: nimrod@technion.ac.il

Site builder: Jonathan Moiseyev 2017

Links

Impact and Novelty

Highlights

Proudly powered by WordPress