What if emotions, perception, and even altered states of consciousness could be understood as expressions of temperature variations? Heat, Light, and Mind explores the radical idea that the foundation of chemoreception—our senses of smell and taste—can be reduced to temperature shifts at the molecular level. It further investigates how these temperature fluctuations relate to neurotransmitter activity, psychedelic experiences, and biophotonic communication within the brain's visuo-spatial pathways.
Blending neuroscience, quantum biology, and thermodynamics, this book uncovers deep connections between serotonergic and dopaminergic modulation, psychedelic-induced hyperconnectivity, and the way the brain processes biophotonic signals. It challenges conventional models of perception and emotion, suggesting that heat differentials play a fundamental role in the way we experience the world.
For those intrigued by the intersection of physics, neuroscience, and consciousness, Heat, Light, and Mind offers a groundbreaking perspective on how the brain translates energy into experience.
