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- Columbia University,
- Massachusetts Institute of Technology,
- Princeton University.
Executive profile:
Dr. Giro-Kai Hong is a transdisciplinary theorist whose work spans physics, philosophy, cognitive science, and technological design. Trained within one of the most intellectually dense constellations of 20th-century thought—including Noam Chomsky, Philip Morrison, and Gian-Carlo Rota—he has pursued a lifelong project: the integration of logical, physical, and cultural systems into a unified framework. His current work, Qiosmosic Dynamics, proposes a post-binary paradigm in which reality is understood as a field of quantum-informational waves (qi), giving rise to a new architecture for both physics and computation. This framework addresses foundational problems in quantum theory while offering a low-energy alternative to contemporary AI infrastructure.
The Qiosmosic Computational Architecture (9P-QM):
A novel quantum hardware paradigm—Nine-Palace Qubit Matrix—based on passive resonant computation.
Instead of binary switching, computation emerges through phase alignment and coherence formation.
• Targets orders-of-magnitude reduction in energy-per-inference
• Provides a pathway toward sustainable AI infrastructure
• Reframes computation as field dynamics rather than symbolic manipulation