Semi-Dirac Anisotropy Simulation

We’re currently building the next high-impact simulation in the Wavecode suite — one that reveals how PLH directional phase-locking and asymmetry in shells predicts semi-Dirac anisotropy.

Semi-Dirac Anisotropy behavior occurs between 1E-9 and 1E-8 meters.

Strategic Impact:  very high

Fields: quantum materials, electronics, spintronics, valleytronics, semiconductors, meta-materials, quantum simulation, qml platforms, advanced optics, polaritonics

TAM: $35B+

 Strategic Highlights

• DARPA, Intel, TSMC, and quantum material research labs are actively investing in anisotropic 2D materials.
   
• Semi-Dirac behavior is rarely simulated accurately — and never through a PLH shell-asymmetry lens.
   
• Graphene, borophene, phosphorene, and oxide heterostructures could all benefit from predictive anisotropy modeling.

Stay tuned. This isn’t just a sim. It’s the map to the next quantum insight.