by Clarence Oxford
Los Angeles CA (SPX) Nov 27, 2024
Astronauts venturing beyond Earth's protective magnetic and gravitational fields may face significant health risks, according to Quantum Biology - A Glimpse into the Future of Medicine, a new book by Dr Geoffrey Guy. The book explores the emerging field of quantum biology, which examines how sub-atomic processes influence the human body.
Dr Guy argues that traveling outside Earth's "Goldilocks' zone" disrupts the quantum-level energy and information systems in human cells. Evidence in the book points to major effects on the immune system, inflammation, circadian rhythms, and even the sense of smell due to the altered physical environment in deep space.
"Quantum biology, especially in the areas of magnetic fields and light exposure, calls into question whether space travellers can thrive or indeed survive for long periods beyond low Earth orbit," said Dr Guy. He urges immediate research into these impacts to protect astronauts and to apply lessons learned to terrestrial medicine.
The book focuses on mitochondria - the cellular components responsible for energy production - and highlights the potential of "mito-tuning." This process, which does not rely on chemicals or genetic modification, could enhance cellular energy transmission and combat degenerative conditions, potentially improving human longevity and fitness in later years.
Beyond its applications to space health, the book explores cutting-edge possibilities in quantum medicine. For instance, harnessing precise wavelengths of light could provide non-invasive treatments for diseases such as diabetes, COVID-19, and cancer. Additionally, quantum technology might enable cells to regenerate lost organs or tissues, paving the way for a future where humans self-repair damaged body parts alongside manufactured replacements.
Quantum Biology - A Glimpse into the Future of Medicine will be released on November 28 by Profile Editions.
Related Links
Space Health at The Guy Foundation
Space Medicine Technology and Systems