Our mission is to develop the leading-edge
computation technologies to simulate, analyze and optimize various wave behaviors in aerospace, electronic, photonic, medical, and geophysical engineering problems.
We are targeting the world-class simulation technologies to help our valued academic and industry customers capture, understand and utilize the abilities of waves to improve the performance of their designs, optimize the layout of their products, and perform detailed analyses through the system-level simulations.
We are targeting the world-class simulation technologies to help our valued academic and industry customers capture, understand and utilize the abilities of waves to improve the performance of their designs, optimize the layout of their products, and perform detailed analyses through the system-level simulations.
- Hybrid transient techniques, smartly integrate FETD, SETD, FDTD solvers
- Co-simulation of complex circuit and electromagnetic field systems
- Co-simulation of EM and Particle in Cell interactions
- Ability to simulate superconductivity phenomena such as Josephson junction, SQIF and SQUID systems
- Ability to simulate elastic wave behaviors
- 04/2013 - Wavenology EM 1.6.11 has been released.
- 12/2012 - WCT is seeking collaborations with SQUID manufactures on a SBIR Phase II.5 project.
- 11/2012 - WCT has extended its capability to calculate Dyadic Green's function for stratified uniaxial anisotropic media.
