Thoughtforms Life Conversation with Richard Watson and Leo Caves
Feb 12, 2025
In this engaging discussion, futurist Richard Watson and researcher Leo Caves delve into fascinating concepts like eigenforms and resonance. Richard explores how observer-dependent objects emerge through stable couplings, and introduces pilot-wave ideas that challenge traditional views of particles. Leo expands the conversation to biology, examining how organisms function as oscillatory structures and the role of harmonics in their behavior. Together, they reflect on cognition, emergent properties, and the interplay between structure and process in understanding life.
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Lisbon Visit Sparked Pilot-Wave Interest
- Richard moved from UK academia to Lisbon and engaged with a eurythmic school exploring de Broglie–Bohm ideas.
- That contact motivated his interest in pilot-wave metaphors and macroscopic hydrodynamic analogues.
Particles Could Be Individuated By History
- If pilot waves retain prior interactions, then nominally identical particles can carry distinct histories and show context-dependent differences.
- Memory capacity depends on coupling strengths and the observer's ability to resolve harmonics.
Match Your Model To Scale And Purpose
- When studying complex systems, match your analytic lens to scale and context rather than forcing one ontology.
- Use 'as-if' models (process or substance) pragmatically to reveal different aspects of phenomena.
