Photon Scatter Solvers
Cutting-edge computational tools designed for full-wave, fast and efficient electromagnetic wave scattering calculations
Blazing Fast And lightweight
We use the T-Matrix based LMS approach to calculate the frequency band structure of an infinite photonic crystal, and of the transmission, reflection and absorption coefficients of light by a slab of this crystal.

T matrix Based Method

  • 1000xfaster than finite elements methods
  • 100xlower resources needed

Battle tested for research reliability

  • 500+publications
  • 1000+references

Now can be used for spatiotemporal materials

  • Infiniteopportunities for novel research

The Minds Behind the Science

Meet our team.

Team tailwind section
Panagiotidis Manolis
Dr. Physics, FullStack Developer
Creator of the UI, backend and website. Contributions to the Fortran Code Development.
Team tailwind section
Almpanis Evangelos
Dr. Applied Physics
Contributions to the UI and the Fortran Code Development.
Team tailwind section
Nikolaos Papanikolaou
Research Director, NCSR “Demokritos”
Significant contributions to the Fortran Code for many years.
Team tailwind section
Stefanou Nikolaos
Professor of Physics, NKUA
One of the original authors of the first Multem program and Significant contributor until now.

Calculate Modes

Single Scaterrer
Mulitple Scattering

Misc

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About the Method
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