An Introduction to Electromagnetic Nutrition - Episode one

An approach that goes beyond the simplistic observations of biochemistry, favouring instead the development of observational methods designed to evaluate our ability to hold and convert light into energy. Just like a solar panel our mitochondrial function holds the ability to create ATP (needed for respiratory energy), the more anaerobic a cell the less effective it would appear to be at creating this essential ATP.  However, less of us are aware that given the right conditions, sunlight can stimulate small biophotons that sit within our cells, a Greek term βίος meaning "life" and φῶς meaning "light", that vibrate to create cellular energy and thus raise our internal vibration, whilst generating much needed respiratory energy, enabling us to be in a state of greater enlightenment.  Perhaps contributing to the saying “I am going on holiday to recharge my batteries!”    Electromagnetic Nutrition attempts to create a trackable method that evaluates the key factors that potentially impair our ability to hold and convert light into cellular energy and effectively distribute this energy throughout our body.  This involves a need to be able to evaluate the conductivity of our fluids, after all the true definition of electrolytes is: “A liquid that contains ions and can be decomposed by electrolysis, e.g. that present in a battery or the ionized or ionizable constituents of a living cell, blood, or other organic matter.  We only have to do a juice fast for 48 hours to know we often feel greatly revitalised, demonstrating that the detoxifying properties of such juices cleanse our systems, enabling us to convert light into energy more effectively, rather than this being accredited to the nutritional compounds found within the juice.  For more information on this issue, we suggest you read The Mucusless Diet Healing System by professor Arnold Ehret’s.We hope you enjoy listening to this thought-provoking podcast and await your feedback with great interest.  Warmest regardsAndyAndrew Wren