Adam Burr

Founder & Lead Researcher, Quantum Factor Ai, LLC.

ORCID: 0009-0005-0706-6138

The PRISM Thesis

Traditional AI architectures are often obscured by "black-box" heuristics, making them unsuitable for the precision required in quantum engineering. At **Quantum Factor Ai, LLC.**, we believe that high-performance AI must be built on **Middleware** that understands the strict mathematical bounds of the physical world.

The Possibilities Example

Our recent paper, "Predicting Sub-1meV Quantum Transitions via Exciton-Driven Self-Floquet Fields," serves as a benchmark for what PRISM's logic can achieve. By mapping complex polarization density to effective gauge fields, we resolve quantum signatures that traditional laser-driven regimes mask.

PRISM's Kernel is built to handle this exact level of complexity.

Current Focus

While the PRISM Kernel is fully developed and operational, my current work is centered on the **Middleware Rollout**. This layer will translate the kernel's raw logic into actionable insights for independent researchers and industrial labs.