| General | |
| > | Home |
| > | Calendar |
| > | Information |
| > | Venue |
| > | Registration |
| > | Housing |
| > | PhD Support |
| > | Exhibitors |
| > | Sponsors |
| > | Contact |
| Conference | |
| > | Topics |
| > | Speakers Information |
| > | Postdeadlines |
| > | Proceedings |
| > | Committees |
| > | |
| > | Program |
New sources, new wavelength regimes, nonlinear frequency conversion
techniques, amplifiers, attosecond pulse generation, pulse shaping, pulse
diagnostics and measurement techniques, and frequency standards.
Ultrafast nonlinear optical processes, kinetics of nonequilibrium processes,
quantum confinement, coherent transients, nonlinear pulse propagation,
novel ultrafast spectroscopic techniques, high intensity physics, X-ray
and
plasma physics.
Vibrational and conformational dynamics, energy transfer, kinetics of
laserinduced
chemistry, proton and electron transfer, solvation dynamics,
wavepacket motion and coherent control of reactions.
Ultrafast processes in photosynthesis, vision, heme proteins,
photoisomerization in chromoproteins, wavepacket motion and medical
applications.
Photoconductivity, generation, propagation and detection of ultrafast
electrical signals, terahertz radiation, electro-optical sampling and
detectors.
Real world applications of ultrafast technology, including ultrafast near-field,
nonlinear, and confocal microscopes, high speed communication,
micromachining and more.
