CrystalSim
The Semiconductor Crystal Simulator — Testing the Future Beyond Moore's Law
Moore's Law is decelerating.
Silicon is hitting quantum limits. We need a new paradigm — one that doesn't depend on shrinking the transistor further.
Three pillars. One thesis.
Crystal Materials
Beyond silicon: GaN, ZnO, MoS₂, InGaOₓ — wide-bandgap and 2D crystals with 3-10× the carrier mobility.
Piezoelectric Gating
Mechanical stress drives electrostatic gating. PZT and LiNbO₃ deliver sub-femtojoule switching energies.
EM Coupling
Electromagnetic fields tune carrier transport remotely — gate-less, contact-less, lossless control.
"The end of Moore's Law is not the end of scaling — it is the beginning of crystal-engineered scaling. When silicon plateaus, hybrid Crystal-EM architectures resume the curve."
P(t) = P₀ · 2^((t − t₀) / τ_eff) · CEFwhere CEF = (μ_crystal/μ_Si) · (1 + κ · η_EM) is the dimensionless Crystal-EM Enhancement Factor.
Full derivation: /methodology
Backed by research from
Learning Center — From Zero to Semiconductor Engineer
Six tracks. Thirty-six lessons. Hands-on labs inside the simulator. Free, in your browser, no signup. Built for visitors who want to understand semiconductors before they explore the thesis.
Ready to test the future?
Eight calibrated modules. Eight crystal materials. One unified thesis.
Enter the Simulator