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Tetragrammaton with Rick Rubin
Dr. Jack Kruse and Andrew Huberman, Ph.D. (Part 1)
Apr 26, 2023
03:58:17
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Quick takeaways
- Understanding the role of semiconductors in the eye and their connection to light generation within cells.
- Exploring the thermodynamic shifts and adaptations that influenced the development of light-based systems in organisms, including the significance of the Cambrian explosion.
- Recognizing melanin as a key semiconductor in biological systems and its involvement in light absorption and generation.
- Highlighting the importance of understanding the effects of light on neuroplasticity, metabolism, and overall health.
- Examining the role of mitochondria as light generators and the significance of water as a semiconductor in capturing and transmitting light signals in the body.
- Emphasizing the need to gather information from diverse sources and explore alternative perspectives to gain a better understanding of complex subjects.
Deep dives
The Therapeutic Potential of Light-Activated Cellular Semiconductors
The podcast episode discusses the concept of light-activated cellular semiconductors and their potential therapeutic applications. The speaker explains that every cell emits ultra-weak UV light and that this light is crucial for various biological processes. The melanin in our eyes and skin acts as a semiconductor, allowing us to generate our own light. The significance of the Cambrian explosion and the evolutionary changes in the eye are addressed, highlighting the thermodynamic shifts and adaptations that occurred. The episode also explores the role of DNA in coding for semiconductors and the connection between light and regeneration. Overall, the discussion emphasizes the importance of light in biological systems and the potential for utilizing light-based therapies.
The Challenge of Understanding Light in Biology
This podcast episode delves into the complex relationship between light and biology. It emphasizes the role of semiconductors in the eye, including the activation of photoreceptors and the generation of light within our own cells. The speaker explores how the thermodynamic shifts and adaptations, such as the KT event, influenced the development of light-based systems in organisms. The episode also touches on the concept of negative entropy and the ways in which cells utilize light to slow down time. It highlights the importance of understanding the connection between light and biological processes for potential therapeutic applications.
The Evolution and Function of Melanin as a Semiconductor
This podcast episode focuses on the role of melanin as a key semiconductor in biological systems. The speaker explains how melanin is involved in the absorption and generation of light in the eye, skin, and other parts of the body. The significance of the Cambrian explosion and the adaptation to thermodynamic changes is discussed, highlighting the use of semiconductors in driving evolution and survival. The episode also touches on the connection between light and regeneration, as well as the coding of semiconductors by DNA. Overall, the episode emphasizes the importance of understanding melanin as a central component in light-activated cellular processes.
The Importance of Light in Biological Processes
Light plays a crucial role in biological processes, impacting everything from neuroplasticity to metabolism. Understanding the effects of light on the body can lead to significant health improvements.
The Significance of Melanin and Opsins in Humans
Humans possess melanin and opsins, which are light-sensitive proteins found in frog skin and insects. Melanin and opsins have similar properties and are involved in processes such as cell migration, neuroactive term, and photoelectric effects.
The Role of Mitochondria and Water in Light Generation
Mitochondria, often regarded as the powerhouses of cells, can generate light through a wide base semiconductor process. Water, which acts as a semiconductor, is crucial in capturing and transmitting light signals in the body. Understanding these processes can have significant implications for health and medical practices.
The Importance of Gleaning Information from Widespread Sources
It is important to gather information from a variety of sources in order to have a more complete understanding of various topics, including science, mental health, physical health, high performance, and biohacking. The speaker emphasizes the need to move beyond centralized medicine and explore alternative perspectives to gain a better understanding of complex subjects.
The Significance of Light in Health and Well-being
Light, particularly in the visible spectrum, plays a crucial role in human health. Working out, resistance training, and exposure to natural light have been found to have positive effects on longevity, strength, and overall health. The podcast explores how light impacts the human body at a cellular level, including its effect on melatonin production, the circadian clock, mitochondria, and hormone regulation.
Unveiling the Power of Extraocular Photoreception
Contrary to traditional beliefs, the podcast highlights the existence of extraocular photoreception, the ability of light to impact the body through the skin and surface blood vessels. It explains how long-wavelength light can penetrate the skin and reach the mitochondria within red blood cells. The mitochondrial response to light can affect various physiological processes, including energy production, melatonin synthesis, and cellular signaling.
The importance of limiting children's screen time
Children's excessive use of technology as a digital babysitter is detrimental and can lead to cognitive de-evolution. Parents should avoid using technology as a way to quiet down their kids, as it hampers their development and decreases dopamine and melatonin levels. Limiting screen time and finding alternative activities is crucial to ensure healthy brain development and prevent neurologic issues.
The dangers of fluoride and its impact on health
Fluoride, found in toothpaste, hair dyes, and water, is highly toxic and interferes with proper thyroid hormone function. The human brain is susceptible to fluoride-induced changes, leading to detrimental effects on cognition and development. Avoiding fluoride exposure and using effective water filters can help protect against these harmful effects on the brain.
The significance of light and water in brain function
Light plays a crucial role in brain function, affecting the melanin semiconductors inside the brain. Melanin's ability to absorb light is essential in regulating neural energy and functioning. Water, which comprises a large part of the human body, acts as a protective Faraday cage and influences brain health. Due to the impact of light and water on brain function, it is important to prioritize adequate exposure to natural light and ensure optimal hydration.
Jack Kruse
https://jackkruse.com
Dr. Jack Kruse is a neurosurgeon who had an awakening in 2007 when he suffered a torn meniscus in his knee at 6’2”, 357 lbs. This led to his further study of physics, light, magnetism, and electricity. He ultimately concluded that modern medicine lacked a deep understanding of how humans function in relation to the natural world.
Kruse has written extensively on the Paleo diet and the brain-gut connection. In addition to being a neurosurgeon and author, Kruse is CEO of Kruse Longevity Center, a health and wellness company dedicated to helping patients avoid the healthcare burdens we typically encounter as we age.
He published his first book titled Epi-Paleo Rx: The Prescription for Disease Reversal and Optimal Health in 2013. His blog continues to reveal new insights on health exclusive to Kruse’s ongoing research.
Andrew Huberman
https://hubermanlab.com
Dr. Andrew Huberman is a neuroscientist and the host of The Huberman Lab podcast which discusses science and science-based tools for everyday life. It is one of the most popular podcasts on earth.
Huberman is a tenured professor in the Department of Neurobiology and Psychiatry and Behavioral Sciences at Stanford University School of Medicine.
Huberman’s research on the visual system, neural regeneration, and brain states has been published in top peer-reviewed journals and publications like Nature, Scientific American, and Time.
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Thank you to the sponsors that fuel our podcast and our team:
House of Macadamias
Visit https://www.houseofmacadamias.com/pages/rick-rubin for an additional 20% off at checkout
HVMN Ketone-IQ
Visit https://hvmn.me/TETRA for special offers and use code TETRA for 20% off at checkout
Disclaimer: This podcast is presented for exploratory purposes only. Published content is not intended to be used for preventing, diagnosing, or treating a specific illness.
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