Credentials (current PDF cv)

Extracurricular interests

• Literature & criticism
• Music (classical, film, piano)
• Film, anime, Asian cinema

Research interests

• Atomic & molecular physics
• Collision theory (PDF introduction)
• Electron-molecule & -atom interactions
• Laser cooling & trapping etc.
• Research Opportunities: click here

Life, the Universe & Everything

We shall not cease from exploration
And the end of all our exploring
Will be to arrive where we started
And know the place for the first time.
---``Little Gidding,'' by T. S. Eliot

Forthcoming

• The Joy of Quantum Physics (2011)
• Low-energy Charged Particles in Atomic and MolecularGases with R E Robson, and R D White (Princeton University Press)
• Neal Lane: Civic Scientist and Mentor (published 2006)
• An experimental and theoretical study of the Stark effect for trapping ultracold molecules: application to nitric oxide (accepted for publication in 2007)
• The importance of non-resonant scattering in low-energy dissociative electron
  attachment to molecular hydrogen (Phys Rev Letter published 2006)
• Evaporative Cooling of Electrons in Semiconductor Devices (published in 2007)
• Through scattering theory with gun and camera: coping with conventions in collision theory (published in 2007 )
• Theoretical calculation of magneto-transport properties in semiconductor devices and comparison to experimental data (published in 2006)
• R-matrix theory for magnetotransport properties in semiconductor devices (published in 2006)
• Vibrational excitation in e--H_2 scattering: An unresolved problem (accepted for publication in 2007)
• The ABCs of DCS: Analytic Born completion in the calculation of differential cross
  sections for electron scattering from a linear molecule
• Dissociative electron attachment in molecular hydrogen (invited review article: Modern Phys Lett, 07)
• Differential cross sections for dissociative attachment in low-energy e--H ₂ scattering
  
• R-matrix theory for two-dimensional quantum devices
• Dissociative attachment in electron-molecule collisions: Application of the nonadiabatic phase matrix method to low-energy e--H$_2$ scattering

• ---

  home | research | teaching | my writing | mathematica | links
  morrison@mail.nhn.ou.edu
  Department of Physics & Astronomy
  University of Oklahoma
  Site created December 16, 1999
  Copyright © 2005 by Michael A. Morrison
  No natural laws were violated during the creation of this site.