Bringing Together The Science of Living Energy
The ten principles from Our Philosophy converge around five fundamental aspects of human biology that modern science is only beginning to fully understand. Together, they reveal how our bodies interact with natural forces to maintain optimal health:
Circadian Biology: Examines how the natural cycles of light and dark regulate our internal clock, influencing hormone levels, neurotransmitter activity, and cellular processes across all our systems.
Quantum Biology: Studies how subatomic particles and energy flows influence biological functions, particularly through receptors in our eyes, skin, and mitochondria.
Mitochondrial Health: Mitochondria are tiny energy generators within our cells that also serve as environmental sensors, detecting changes in light, temperature, and electromagnetic fields, and helping the body adapt accordingly.
Metabolic Water: This unique phase of water—also known as EZ water—created within our cells by mitochondria, plays a vital role in energy transfer and cellular communication.
Mind-Body Coherence: Explores how thoughts, emotions, and consciousness influence biological processes, including gene expression, neurochemical signaling, and cellular activity, highlighting the measurable impact of belief and intention on physiological function.
Mitochondria are at the heart of an interconnected system that integrates circadian biology, quantum biology, metabolic water, energy production, and the influence of internal mental and emotional states. These organelles generate ATP, the primary energy currency of the body, and play a critical role in maintaining metabolic health. Mitochondria are deeply influenced by inputs from the environment, including light, temperature, and electromagnetic fields (EMFs), as well as the coherence of our internal state, which together regulate their energy production and antioxidant defenses.
Light inputs are especially crucial. Infrared light, a natural component of sunlight, directly stimulates mitochondrial function, enhancing the production of ATP and metabolic water. This water forms a liquid crystalline matrix——acting as a bioelectrical medium and functioning as a natural semiconductor. It facilitates cellular communication and energy transfer across systems with remarkable efficiency. The balance and integrity of this water are essential for optimal mitochondrial efficiency and overall cellular health.
Our internal environment also plays a critical role in mitochondrial function. Stress—whether from unresolved mental and emotional states or external environmental toxins—increases the production of reactive oxygen species (ROS), which impair mitochondrial efficiency and disrupt cellular communication. This process also alters the release of biophotons, the ultra-weak light emissions generated by ROS, which are essential for coherent cellular signaling.
When stressors—both internal and external—are present, mitochondrial function deteriorates. Disruptions in natural light cycles, exposure to non-native EMFs, or unresolved emotional stress degrade metabolic water, impair cellular communication, and lead to oxidative stress—cellular damage caused by overproduction of ROS. This harmful imbalance between free radicals and antioxidants reduces energy production, increases inflammation, and compromises the body’s ability to repair and regenerate. Over time, these cumulative stressors disrupt the body’s delicate energy systems, diminishing mitochondrial efficiency, reducing adaptability, and driving the onset of chronic diseases, ultimately eroding overall vitality.
The quantum nature of mitochondria adds another layer of complexity. These organelles utilize subatomic particles, such as electrons, in highly efficient energy transfer processes, bridging quantum physics with cellular biology. This quantum efficiency depends on the integrity of metabolic water and the bioelectrical signals it enables. Together, these processes allow for seamless cellular communication, precise energy flow, and adaptive responses to environmental changes.
By aligning our environments with the laws of nature, we can enhance mitochondrial function, reduce oxidative damage, and restore the bioelectrical signaling pathways that underpin metabolic health. This comprehensive approach leads to increased longevity, a higher quality of life, and the ability for the body to thrive in harmony with its natural design.