
Show Notes
Roeland Van Wijk, PhD, is a world leader in the field of biophotons. He has a background in biology and is specialised in physical science (biophysical chemistry). He was affiliated as Associate Professor in Molecular Cell Biology at the Utrecht University until his retirement. Roeland worked closely with many pioneers including Fritz Popp and Mae-Wan Ho as they uncovered unsurpassed insights into the nature of the coherent energy fields associated with biological systems; particularly photonic fields. His background and experience is extremely broad, with a deep understanding of biological water, the extracellular matrix and quantum biology. His seminal work, “Light in Shaping Life: Biophotons in Biology & Medicine (2014)” remains the most comprehensive historical introduction in biophoton research. Biophotons are spontaneous emissions of light that originate from reactive oxygen species, particularly in the mitochondria. These emissions are a substrate for cellular and subcellular communication as well as vital energetic inputs within the body, serving to imbue surrounding molecules with quantised energy. Please consider subscribing to my Substack where I share my detailed thoughts and insights on my podcast topics and beyond. This is the best way to support me and the podcast. https://ricciflow.substack.com/
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Rowan Jacobsen is an award-winning author whose most recent work, “In Defense of Sunlight” is an elegant foray into the relationship between sunlight and human health. Rowan’s distillation of the history and research around sun exposure highlights the unparalleled potential of sunlight to save lives and improve human health. Richard Weller, MD, is a Professor of Medical Dermatology at the University of Edinburgh. He has been a central figure in recognising the indispensable roles of solar UV light in health, particularly with regard to nitric oxide and cardiovascular disease risk. Please consider subscribing to my Substack where I share my detailed thoughts and insights on my podcast topics and beyond. This is the best way to support me and the podcast. https://ricciflow.substack.com/ See the Youtube Version Here
Sean Cain, PhD, is a world-leading researcher in the field of circadian rhythms and light sensitivity. His current research includes deep circadian phenotyping of large cohorts, the role of real-world light exposure in driving circadian amplitude, and the application of circadian science to areas such as depression, sleep disorders, and mental health. He has authored several key large-scale studies demonstrating the unparalleled effects of bright days and dark nights on human health. This work has contributed significantly to the ever-growing body of work demonstrating the dangers of artificial light at night and insufficient sunlight during the day. Sean has also developed the MiEye light sensor device for tracking daily light exposure and circadian rhythms for both research and individual uses. Please consider subscribing to my Substack where I share my detailed thoughts and insights on my podcast topics and beyond. This is the best way to support me and the podcast. https://ricciflow.substack.com/ *See the Youtube version of this episode for visual references to the topics discussed. Follow Sean MiEye Wearable Light Sensor Psychiatric Disorders Paper Diabetes Paper CVD Paper Mortality Paper
Max Gulhane, MD, is an Australian medical doctor and educator specialising in metabolic health. He is a central figure in the movement to decentralise medicine and empower individuals through education and preventative medicine. Max’s expertise extends far beyond the bounds of conventional medicine, incorporating an evolutionary lens on health to emphasise the critical importance of natural light, circadian principles and ancestrally-consistent dietary patterns. His podcast, “The Regenerative Health Podcast” explores a foundational approach to health, featuring incredible conversations with world-renowned experts. Max is currently setting up a bespoke clinic in Byron Bay where he hopes to integrate diet, lifestyle and environmental changes to help people get control of their health. Please consider subscribing to my Substack where I share my detailed thoughts and insights on my podcast topics and beyond. This is the best way to support me and the podcast. https://ricciflow.substack.com/
Denis Noble is a world-renowned British biologist most well known for his contributions to systems biology. During his time as a Professor of Cardiovascular Physiology and Emeritus Professor of Computational Physiology at Oxford, Denis pioneered the use of novel, nonlinear models of physiology that see the phenomena of emergence as fundamental, rather than a mere curiosity. He has been an outspoken critic of the gene-centric approach to health and disease that has remained orthodoxy since the discovery of the double helix by Watson and Crick in the 1950s. With complex, living systems endowed with the capacity of dynamic self-organisation, Noble argues that genes cannot cause disease, as they are embedded within a set of interactions between the organism and its environment; relationships that contextualise the transcription of genes. Rather than viewing genes as determinants of outcomes, they are merely part of a chain of interactions where information flows from the environment to the highly flexible organism. Please consider subscribing to my Substack where I share my detailed thoughts and insights on my podcast topics and beyond. This is the best way to support me and the podcast. https://ricciflow.substack.com/
Michal Cifra, PhD, is a leading researcher in the fields of bioelectromagnetics and biophysics and head of the Bioelectrodynamics team at the Institute of Photonics and Electronics at the Czech Academy of Sciences. His research interests include biophotons, microtubules, non-chemical communication and water. He is co-editor of the 2015 collaborative work, Fields of the Cell — a multidisciplinary exploration into the various field-phenomena of life and their implications for research and diagnostics. Michal continues to make contributions to the collective understanding of ‘coherence’ within complex systems and how this could relate to disease states.