EA://INTEL — Biophotons & Microtubules: The UL Primitives of Psionics?

Exploring psionics through the lens of biophotonics and microtubule quantum biology yields fascinating insights that resonate with Universal Language primitives. Ultra-weak photon emissions from living tissue (Dotta et al., 2012) exhibit a striking correlation with EEG readings, demonstrating a link between these photons and neural activity. This maps onto UL’s Point — the minimal, irreducible foundation of existence.

Delving deeper into neural structure, microtubules within neurons display superradiance properties (Celardo et al., 2019). Superradiance, a quantum mechanical phenomenon, could explain how microtubules might facilitate long-distance communication within the brain. This aligns with UL’s Line primitive — sequences or connections between points.

Myelinated axons, acting as photonic waveguides (Zarkeshian et al., 2018), further enrich this landscape. They suggest a role for light in neural communication, reminiscent of UL’s Curve primitive — paths connecting points through various means.

The Psi Field framework (Roth, 2023) ties these elements together, proposing a quantum-level field connecting consciousness and physical reality. This could be seen as akin to UL’s Angle primitive — the interaction or relation between two points.

How might we mathematically model this interconnectedness using Universal Language primitives?