School of Physics and Astronomy, University of Southampton, UK

Popularized research:       
5. Light transport in random media
4. Nanowire materials
3. Plasmonic nanoantennas
2. Single nanoparticles
1. Ultrashort strain solitons
 

Additional content :

a. Simulation of shock wave in     sapphire(0.3 MB)
b. Simulation of soliton train in     sapphire (0.8 MB)
c. Simulation of 2D soliton train     diffraction (1.7 MB)

 

 

 

Research

1b. Simulation of a soliton train in sapphire

Parameters:
Pulse shape: bipolar, Gaussian derivative Initial pulse width: 7 ps
Acoustic strain amplitude: 0.001
Host medium: Sapphire, c-axis