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Research notes and engineering updates on Q4 Nexus, Spatial Weave memory, the hardware roadmap, and responsible intelligence.
Binary computing remains foundational. The emerging question is whether AI-era systems can benefit from additional architectural layers for context, time, state evolution, and memory locality.
QORAI's research explores decoupled instruction and memory pathways, locality-preserving organization, near-memory traversal, banked active memory, and Spatial DMA.
A conceptual introduction to B/T/C logical coordinates, Spatial Weave Indexing, SCUs, and Regeneration as transformation history.
A research paper on why multi-valued logic was never adopted in FPGAs, which tool and technology gaps held it back, and where non-binary FPGAs could help (such as emulation) as systems move to the nano scale. Shared as background reading on multi-valued logic and FPGAs; it is not a QORAI publication.
A system-level approach to human control, permissions, provenance, auditability, fail-safe behavior, and responsible intelligence.
A book chapter by Jitendra Nath Roy and Tanay Chattopadhyay (InTech, 2013, CC BY 3.0) on multi-valued logic and all-optical processing, which keeps data in the optical domain without electrical conversions. Shared as background reading on quaternary logic; it is not a QORAI publication.