Professor Gabriel Balint-Kurti

Research and Teaching

Past Research Group Members

Dr. Shiyang Zou                        Dr. Cristina Sanz               Dr. Qinghua Ren
Dr. Timo Jeranko                      Dr. Alex Brown              Dr. Ezinvi Baloitcha
Dr. Mohammad N. Daud           Dr. Qinghua Ren            Dr. John P. Cole
Dr. Pedro Jimeno                      Dr. Craig Wilson            Dr. Junia Melin
Dr. Alexander P. Palov              Dr. Marlies Hankel

Research

• Molecular Photodissociation Dynamics
• Molecular Reaction Dynamics
• Potential energy surfaces and molecular dynamics
• The simplest method ever for solving the Schrödinger equation
• Optimal Control Theory and ab initio design of laser pulses for controlling molecular motion

Publications

• Full Publications list

Computer Codes

These are Fortran programs which can be downloaded by shift-clicking on the links.

• The simplest method ever for solving the Schrödinger equation for bound states - The Fourier Grid Hamiltonian method
  
• Time-Dependent Quantum Dynamics (wave packet) code for diatomic photodissociation
   
• DiffRealWave: Wavepacket Reactive Scattering Code for Atom - Diatom Reactions.
   

Teaching

Course Material and Lecture Notes (password needed)

• Quantum Concepts (level 2)
• Introduction to Statistical Mechanics (level 3)
• Statistical Mechanics (level 4)
• Molecular Electronic Structure (level 3)
• FORTRAN Computing
• UNIX Computing
• Quantum Ideas and Molecular Spectroscopy (level 1)