Physics Twin
Our frontier physics models and our experts provide answers to your hardest engineering problems.
One Physics Twin. Every hard question it can answer.
Problems solved with Physics Twin.
Warpage
Predict warpage, thermal coupling and optical-link performance across the full package.
Plume impingement
Physics Twin extended to rarefied flow: predict how thruster and engine plumes load and heat nearby surfaces.
Coming soonSignal integrity
Physics Twin extended to high-speed interconnects: predict loss, reflections and crosstalk before the layout is final.
What’s next?
Physics Twin extends to new physics and new problems. Bring us yours.
The simulation physics Flexcompute supports today and what’s on the way.
| Physics | GPU-native solver | Tokenized Physics |
|---|---|---|
| Electromagnetics | ||
| Fluid dynamics | ||
| Structural mechanics | ||
| Thermal analysis | ||
| Rarefied flow | ||
| Plasma physics | ||
| Molecular dynamics | ||
| Quantum mechanics |
SupportedIn developmentPlanned roadmapGPU: graphics processing unit
Know the exact solder joint failure point, up to 700× faster.
Watch a Physics Twin find the first solder joint to fail under thermal cycling, and when, before a single part is built.
- Pinpoint which joint fails first, and after how many cycles
- Change the package, materials or thermal profile and see the answer update
- Every answer from validated solvers, not a surrogate model
Every industry is racing to put AI to work on real engineering problems, and the limit is how quickly each one can be validated against the laws of physics. Flexcompute has built something unique: simulation fast enough to keep pace with AI and rigorous enough for production decisions.
Uniquely built for the hardest problems.
Three things we bring to the problems no tool can answer.
Frontier physics capability
Multi-physics, coupled
