Biospin
Magnetosome-powered spintronic computation tuned for picojoule energy and adaptive robotics.
Dive deeper →Research Collective
Frontiers in Emergent Intelligence, Topology & Bio-inspired Computing
Completed papers capture a vision where relational dynamics, magnetosome spintronics, vortex-informed AGI, and topological invariants converge. Explore the finished scholarship powering the lab's next decade.
5
Research Programs
16
Completed Papers
6+
Disciplines
Research Pillars
Completed papers span bio-spintronic hardware, topological learning theory, relational intelligence, and unified cognitive architectures.
EVIM
Information vortices stabilize learning and resilience in complex systems.
Dive deeper →Symphonic Mind
Harmonic convergence of neural dynamics, relational topology, and emergence.
Dive deeper →Relational Intelligence
Intelligence as a network of evolving relations across decentralized agents.
Dive deeper →Topological Equivalence
Levi lifts preserve invariants; parity across hypergraph- and graph-based learners.
Dive deeper →Signature Ideas in Focus
Relational Emergence
Relational papers trace how topology and decentralization spark coherent understanding.
Bio-Spintronics
Magnetosome logic with MR-fluid routing targets 10^6× efficiency over GPUs.
Topological Guarantees
Levi lifts conserve clustering and spectra; parity on downstream tasks.
Harmonic Cognition
Neural, relational, and emergent layers resonate to produce synchronized intelligence.