Physics 3
Laser Physics, Optics and Spectroscopy, Atomic and Molecular Physics
General issues of molecular and atomic physics
Electronic shells of atoms
Geometry, rotation and vibrations of molecules
Electronic shells of molecules
Intermolecular forces
Clusters
Collisions of atoms and molecules with particles
Interactions of atoms and molecules with external fields and radiation
Interaction of atoms and molecules with media
Radiation and wave optics
Wave Optics
Nonlinear phenomena
Quantum Optics
Statistical Optics
Coherence
Optics of thin films and optical waveguides
Radiation of EM waves by Charged particles
Synchrotron radiation
Cherenkov radiation
Optical Metrology
Optics of atoms and ions
Excitation and relaxation
Interaction of atoms with strong optical fields including laser cooling
Molecular Optics
Electro-and magnetooptical effects
Rotation spectra
Raman Scattering
Optics of condensed matter
Processing of relaxation
X-ray range: scattering, absorption, radiation ect.
Light scattering
Electrooptics
Action of optical radiation on condensed matter
Luminescence
Luminescence of solids
Spectroscopy; its methods and techniques
High resolution spectroscopy
Multiphoton processes
Laser optics and body of knowledge
Physics of lasing active media and interactions
Condensed matter surface under strong laser field
Formation of optical image. Optical measurments and devices
Properties of optical materials
Adaptive optics
Tomography
Physical backrounds of holography
Optics of earth's atmosphere
Fundamentals of laser physics
Induced radiation
Collective and coherent phenomena; superradiance
Interaction of radiation with molecules
Physics of non-linear optical processes
Optical quantum generators and amplifiers (lasers)
Lasers on free electrons
Gas lasers
Co2 Lasers
Lasers on glasses and polymers
Lasers on Nd Glass
Other gas and chemical lasers
Lasers on crystals
Lasers on semiconductors
Laser fluctuations
Resonators
Control of light pulse parameters
Control of laser light space distribution
Statistics of laser radiation
Quantum theory of electromagnetic field
Squeezed states
Non-linear optical properties of media
Frequency conversion by means of non-linear optics
Stimulated light scattering
Stimulated Raman Scattering
Optical phenomena in waveguides and thin films. integrated optical circuits
Laser light propagation
Self actions of light waves in non-linear media
Laser light interaction with matter
Laser plasma
Matter in superstrong optical field
Action of laser light on condensed matter
Action of laser light on liquid
Action of laser light on atoms and molecules
Laser photochemistry
Sound generation by laser light
Laser spectroscopy
Picosecond spectroscopy
Physical Backrouns of laser applications
Signal processing. Optical computers
Optical modeling of neural networks
Biology and medicine