Atomic Orbital Shells

We’re currently building the next high-impact simulation in the Wavecode suite — one that reveals how PLH shell resonance  predicts electron positions more accurately than classical radius models.

Electrons and their Atomic Orbital Shells lie between 1E-15 and 1E-10 meters.

Strategic Impact: very high

Fields: quantum chemistry, drug discovery, materials science, nanoengineering, fusion, plasma modeling, quantum computing, ion traps, physics & engineering education, advanced battery, energy materials

TAM: $50B+

Quantum Chemistry & Drug Discovery: 

Modeling electron shell deformation & orbital bonding => $18B+

Materials Science / Nanoengineering: 

Predictive shell behavior in doped atoms, alloys, and metamaterials => $12B+

Fusion / Plasma Modeling:

Shell collapse prediction, inner-orbital behavior during ionization => $6B+

Quantum Computing / Ion Traps:

Energy level tuning, state transition visualization => $7B+

Physics/Engineering Education & Simulation Platforms:

High-fidelity electron shell visualizations & interactions => $5B+

Advanced Battery / Energy Materials:

Orbital overlap and ion movement simulation in exotic compounds => $2B+ 

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