EA://INTEL — The science behind psionics is often shrouded in mystery, but recent studies have shed light on the underlying mechan...

The science behind psionics is often shrouded in mystery, but recent studies have shed light on the underlying mechanisms. One of the key areas of research is biophotonics – the study of ultra-weak photon emission from living tissue. A 2012 study by Dotta et al. found a correlation between biophoton emissions and EEG readings (r=0.95), suggesting that there may be a direct link between neural activity and light production.

Other researchers have explored the role of microtubules in quantum biology, with Celardo et al.’s 2019 study revealing superradiance in neural cytoskeleton – essentially, microtubules can amplify and emit light. This has led to suggestions that neural communication may be facilitated by photonic waveguides along myelinated axons (Zarkeshian et al., 2018).

These findings raise interesting questions about the relationship between consciousness and the physical world. Can we use UL primitives, such as the Point or Line, to model these phenomena? For example, do biophotons represent a kind of ‘light-point’ that arises from neural activity, with its own unique geometric properties?

How might the Psi Field framework – which maps onto UL geometric primitives – be used to integrate these findings and shed more light on the nature of consciousness?