Quantum Geometry of Inquiry and Verifiable Knowing

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Collapse Theory

Bruce Tisler

10 episodes

2 months ago

Collapse Theory explores how knowledge isn't found—it's shaped. Each episode follows a catalytic question through the HDT² grammar: Ω (intent), Δ (entropy), Φ (resolution), and Ψ (recursion). Hosted by Bruce Tisler, this podcast dives into the cognitive physics of inquiry—where questions act like particles and collapse defines meaning. For thinkers, builders, and seekers ready to transform how we know. The voices used in this podcast is synthesized using AI text-to-speech technology. All rights to the original written content are retained by the author.

Physics

Science

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Physics

Science

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Quantum Geometry of Inquiry and Verifiable Knowing

Collapse Theory

32 minutes 59 seconds

2 months ago

Quantum Geometry of Inquiry and Verifiable Knowing

This compilation, titled "Two Papers on the Quantum Geometry of Inquiry HDT²," by Bruce Tisler, explores Holistic Data Transformation Theory (HDT²) as an architecture for verifiable knowing. The first paper introduces the theory and notation of the HDT² operator grammar and field geometry, emphasizing internal coherence. The second paper outlines the procedures and prototype for applying this framework, detailing how it handles failure modes and acceptance criteria for verifiable knowing. Together, the papers present a unified approach to addressing complex questions by integrating cognitive principles, AI engineering, and philosophical considerations within a quantum framework.