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

1c. Simulation of 2D soliton train diffraction

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