Multiscale Inverse Rapid Group-Theory for Engineered-Metamaterials
What Is MIRaGE
Man-made, optical metamaterials have been touted for more than a decade for their ability to manipulate light in extraordinary ways.
MIRaGE simplifies and automates the design process for materials that would be necessary for those technologies.
Mirage is a group theory-based multiscale simulation toolkit that enables the inverse design of metamaterials exhibiting exotic electromagnetic behaviors beyond the limits of conventional optics. Technological developments enabled by Mirage could include lighter-weight satellites, cloaking devices, and compact aberration-free imaging systems.
Why Choose MIRaGE
What Do You Get
The MIRaGE toolset is comprised of the MIRaGE User Interface, Viscera CAD Engine, Fast Frequency Domain Finite Element Modeling Solver, CUBIT Meshing, DAKOTA Optimization suite, ROL and Trilinos. Depending on your use case some or all of these components are part of the distribution.
We have an online training center to help you learn the MIRaGE tool. With video walk thoughts, documents, and FAQ's. You have 24 hour access and is easily accessible online.
What Type OF Organization Do You Work For?
*CUBIT: is the state of the art meshing software package used by MIRaGE. It is developed and distributed by Sandia National Laboratories https://cubit.sandia.gov/
**Coreform Trelis: is the commercial/nongovernmental version of CUBIT distributed by Coreform https://coreform.com/products/cubit-trelis/
MIRaGE release includes a FREE license of Trellis for university academics that do NOT currently have a copy of Trellis. All other requestors must obtain and install a copy of either CUBIT or Trellis in order to use MIRaGE.