Research Highlights
Stress Corrosion Cracking Simulations
- Petascale simulations with quantum-level accuracy;
- Trillion-atom molecular dynamics simulations based on density functional theory and temperature-dependent model generalized pseudopotential theory;
- Quasicontinuum method embedded with, and accelerated molecular dynamics coupled with quasicontinuum to reach macroscopic time scales relevant to stress corrosion cracking
Read More ...
Quick Links
Publications
Dual-Degree Program
Conference
Registration is now closed
Agenda now online. Click here
The Workshop will be held on May 18th-25th, 2008!
Banquet Ceremony: Friday, May 23, 2008.
Hotel Information
Radisson (Midtown) USC Downtown Los Angeles
3540 S Figueroa St
Los Angeles, CA 90007
(213) 746-3255
May 18, 2008 Attendees: Please take a taxi from the airport. The cost is about $25-35. Please bring enough cash. Most taxis only accept cash. You can try to carpool to split the cost of the taxi fare.
Dual-Degree Program
Conference
Registration is now closed
Agenda now online. Click here
The Workshop will be held on May 18th-25th, 2008!
Banquet Ceremony: Friday, May 23, 2008.
Hotel Information
Radisson (Midtown) USC Downtown Los Angeles
3540 S Figueroa St
Los Angeles, CA 90007
(213) 746-3255
May 18, 2008 Attendees: Please take a taxi from the airport. The cost is about $25-35. Please bring enough cash. Most taxis only accept cash. You can try to carpool to split the cost of the taxi fare.
About Us
Vision
Follow the advances in computing technologies from teraflop to petaflop 
(hardware, software, and algorithms) to:
- Perform realistic simulations of nanosystems and devices
- Demonstrate the feasibility of simulating systems not yet attempted
- Incorporate simulation and parallel computing & visualization in physical sciences and engineering education
The Info/Bio/Nano Interface: High-Performance Computing & Visualization
Within Reach,
- At the nano-scale (?100nm)~ 10 million -10 billion atom Nanosystems (inorganic, organic, biochemical) can be simulated & visualized while maintaining their atomistic nature
- At micro-to meso-scales (0.1mm to mms)–Seamless transition from discrete to continuum model via connection to finite element approaches–Allows examination of systems such as NEMS