Professional problem‑solving and modeling services

• Hands‑on experience in synthesis (thin films, powders, ceramics) and computational materials modeling
• 100 scientific journal articles, cited +2000 times (basic and applied research)
• Long‑term collaborations with major US and European laboratories
• Dozens of R&D&I projects using unique instrumentation (neutron and X‑ray scattering, Raman spectroscopy, etc.)
• Defects are critical to material performance — we have developed our own computer code (patented method) for modeling scattering from defected objects, including multilayer thin films
• Advanced electromagnetic modeling capabilities — including our in‑house FDTD code for simulating wave propagation, device behavior, and field distributions in complex thin‑film structures

We are also open to partnerships and joint projects