PRISM Research Archive
Published literature and operational benchmarks for Quantum Factor Ai.
Featured · Governance Research
Governing Intelligence: Corrigibility as Architecture
How Quantum Factor AI approaches the fundamental problem of multi-agent AI governance — and why answerability, not control, is the correct design primitive for high-assurance deployments.
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Grounding AI Article Generation with Knowledge Bases
How structured knowledge repositories enable contextually accurate, high-quality AI content generation — and why knowledge grounding is the foundation of intelligent publishing systems.
Autonomous Multi-Agent Content Pipelines: Architecture and Design Considerations
A deep dive into the design principles, component architecture, and practical applications of autonomous multi-agent systems built for scalable content processing and delivery.
Balancing Workload with Timer-Driven Agents
How timer-driven agents dynamically allocate resources and prioritize tasks across complex workloads — the scheduling architecture behind autonomous agent systems designed for continuous operation.
Predicting Sub-1meV Quantum Transitions via Exciton-Driven Self-Floquet Fields
Optical Floquet engineering in quantum materials is fundamentally constrained by weak photon-matter coupling and severe external continuous-wave heating. We propose a theoretical framework utilizing coherent, valley-polarized exciton populations in 2D van der Waals materials to drive a 'Self-Floquet' state.
On the Spectral Rigidity of the Arithmetic Operator Δ_arith
Analysis of the essential self-adjointness of the global scaling operator and its constraints on Riemann zeta zeros.