Superconductors & MetaStack
Physics-guided candidate generation, screening, heterostructure design and experimental validation.
About GravityIQ
A materials company built on a physics engine.
GravityIQ.ai develops computational methods, material candidates and sensing technologies at the boundary between established physics, advanced materials science and high-risk frontier research.
What we are building
A closed-loop discovery company.
The company's primary commercial/scientific objective is materials discovery, beginning with superconductors. Candidate generation is informed by the 8Q/SM8q research framework, conventional condensed-matter physics, numerical simulation and AI-driven search.
Higher-risk work explores signature-control materials and curvature-coupled material systems. Those programs are intentionally evaluated with explicit controls and independent witness measurements rather than treated as established effects.
1
Predict
Generate testable material and physical predictions.
2
Compute
Use conventional solvers, proprietary models and cloud-scale screening.
3
Optimize
Use AI to search larger material and parameter spaces efficiently.
4
Validate
Freeze predictions, fabricate candidates and test against controls.
IP portfolio
Four connected technology layers.
The holding company combines long-duration scientific IP with nearer-term sensing and software assets.
8Q / SM8q Engine
AI-assisted computational framework spanning microscopic particle/material problems through large-scale astrophysical tests.
Drobot
Ferrite-core magnetic-vector sensing, low-SNR recovery, and DF for drone/robot/engine EMI signatures. Approximately 3 km has been demonstrated on ground/engine targets; longer airborne-drone range remains a flight-test objective.
EW Software Suite
~500k LOC modular RF/EW stack for drones, manpacks, ground vehicles, fixed sites and distributed defense-IoT nodes.
Hydra
GNSS-jamming and geospatial anomaly analytics using GNSS, AIS/ADS-B and open remote-sensing data, plus separately labeled research into hypersonic-associated and exotic-propulsion signatures.
How partners engage
Public overview. Private technical diligence.
The public website intentionally stays high-level. Detailed theory, source code, material designs, predictions, experimental protocols and patentable implementations are shared only in controlled technical diligence.