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Frequently Asked Questions

Common questions about computational materials discovery, DFT methodology, licensing, and the QuantumDiscovery platform for aperiodic quantum materials.

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QuantumDiscovery

Aperiodic Materials Discovery Platform

Systematic discovery of novel aperiodic materials beyond 230 periodic space groups. AI-assisted target identification + custom .CIF engineering + DFT+SOC validation. Trade secret methodology enables access to infinite design space for quantum materials, topological systems, and advanced electronics.

Infinite Space
Beyond 230 Space Groups
DFT+SOC
Validated Methodology
Patent-Pending
FeTeSe Topological SC
FREE Dataset
ReOsSSe₂ Demo Material

© 2025 QuantumDiscovery - Kyle Clouthier

Aperiodic materials discovery platform • Petawawa, Ontario, Canada

Platform validated with ReOsSSe₂ discovery (highest Rashba for 2D materials)

Professional Inquiries: Contact Page

Licensing • Partnerships • Press • Technical Collaboration

FeTeSe: Patent-pending aperiodic topological superconductor (filing Nov 2025). First computationally-designed aperiodic topological SC validated through DFT relaxation. Evaluation licenses: $35K (complete DFT dataset, synthesis protocols, 6-month exclusivity).

ReOsSSe₂: FREE demonstration dataset. 688.5 meV Rashba splitting (highest reported for 2D materials), 73 Dirac points (36× more than graphene), first Re-Os heterometallic 2D material. Platform validation + proof of DFT+SOC capabilities.