Jack Kruse: Light, Water & Magnetism: The Foundation of Health
Apr 14, 2024
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Neurosurgeon Jack Kruse discusses the fusion of physics and biology in healthcare, covering electromagnetic fields, water properties, and semiconductor networks. The conversation explores quantum biology, the impact of beliefs on scientific ideologies, and the significance of light, water, and magnetism in human health. Other topics include the role of melanin in brain function, harnessing environmental factors for mitochondrial health, and the evolution of healthcare towards decentralized medicine.
Jack Kruse emphasizes the importance of light, water, and magnetism in understanding human health and biology.
Cruise challenges the separation of science and art in medicine, advocating for a more holistic approach to health care.
Cruise discusses the concept of biological semiconduction and the role of water, magnetism, and light in quantum processes within living organisms.
The impact of artificial light exposure and non-native electromagnetic fields on human health is analyzed, highlighting the need for decentralized and quantum-biological-informed healthcare practices.
Deep dives
Overview of Jack Cruise's Approach to Health and Quantum Biology
Jack Cruise, a neurosurgeon with expertise in quantum biology, focuses on foundational elements essential for life: light, water, and magnetism. His unconventional approach integrates physics and quantum mechanics to address health issues, diverging from mainstream medical perspectives. Cruise emphasizes the impact of non-native electromagnetic field exposures, the significance of water properties, and the role of semiconductor networks in physiological processes.
Combining Science and Art in Medicine
Cruise challenges the separation of science and art, asserting that medicine encompasses both aspects. He highlights the artistry in clinical care, noting that patient treatment transcends conventional scientific methods. By integrating artistry into science, particularly in fields like quantum biology, Cruise aims to offer a more comprehensive approach to understanding health and healing.
Semiconductor Networks and Quantum Coherence in Biology
Cruise delves into the concept of biological semiconduction, where proteins exhibit semiconductor-like properties. He explores how atoms influence the creation of positive or negative semiconductors, facilitating electron movements. Cruise underscores the significance of quantum coherence in living organisms, discussing the role of water, magnetism, and light in generating quantum processes.
The Significance of Light Emission and Quantum Coherence in Cell Function
Cruise addresses the emergence of quantum processes within living organisms, initially dismissed due to perceived chaos. He elaborates on the mechanisms through which biological systems attain quantum coherence, likening it to synchronized metronomes. Emphasizing the crucial role of water as a medium for quantum coherence, significant light emissions emanating from cells are essential for diverse cellular functions.
Biological Complexity and Centralized Science
The discussion explores the discrepancy between the intricate biological processes happening deep within organisms at the mitochondrial level and the traditional reductionist approach in centralized science and medical practices. The speaker emphasizes the limitations of viewing complex biological systems through reductionist lenses and challenges conventional scientific paradigms.
Quantum Mechanics and Fundamental Understanding
The conversation delves into the implications of quantum mechanics in biological processes and scientific exploration. By referencing historical scientific advancements and theories, the speaker highlights the importance of understanding the quantum nature of biological functions and criticizes the current scientific community for overlooking quantum principles.
Evolutionary and Health Implications of Light Exposure
The discussion addresses the impact of artificial light exposure, specifically blue light and non-native EMF, on human evolution and health. The speaker presents insights on how modern lifestyle choices, such as excessive exposure to artificial light, contribute to cognitive de-evolution and various health conditions, drawing parallels with historical evolutionary shifts.
Challenges in Modern Healthcare and Science
The conversation critiques contemporary healthcare systems and scientific approaches, emphasizing the necessity for decentralized and nuanced perspectives in addressing complex health issues. The speaker highlights the role of technology, artificial light, and electromagnetic pollution in shaping human health outcomes and advocates for a paradigm shift towards decentralized, quantum-biological-informed healthcare practices.
Jack Kruse is a practising neurosurgeon with particular interest and expertise in quantum biology. Jack has been at the forefront of health for decades, prioritising the foundational aspects of what makes life possible on this planet; light, water and magnetism. His approach is extremely parsimonious and the story it weaves has more explanatory power than conventional approaches with regard to the decline in human health over the last century. Jack has uniquely tied in the fundamental science of physics and quantum mechanics to the world of biology, as it is the only way we can truly understand and begin to mend the problems we now face. Our conversation centres around the impacts of our non-native electromagnetic field exposures, the unique and stunning properties of water, and the semiconductor network that drives our physiology.
