The Dr. Hyman Show

The Future of Medicine Is Energy: Dr. Martin Picard Explains

November 19, 2025

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  • Energy is the fundamental, missing dimension of medicine, representing the potential for change that drives the entire human experience, including our conscious self. 
  • Mitochondria are not just ATP-producing powerhouses but are central hubs of communication and regulation, acting as the portal where biochemical energy is transformed into the immaterial electrochemical gradients that sustain life. 
  • The Energy Resistance Principle (ERP) suggests that biological existence requires a 'sweet spot' of resistance in the energy flow circuit (food to oxygen) for transformation to occur, with too little resistance leading to uncontrolled energy release (like fire) and too much leading to fatigue and disease. 
  • Mitochondria perform dozens of functions beyond ATP production, acting as an energetic portal where biochemical energy is dematerialized, releasing heat, reactive oxygen species, and biophotons that inform the entire organism. 
  • The protein GDF15 is emerging as a pan-disease biomarker that signals excess energy resistance in the body, linking seemingly disparate conditions from mitochondrial disease to diabetes and depression. 

Segments

Energy as Missing Medicine Dimension
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(00:00:00)
  • Key Takeaway: Energy flow, not just molecular structure, is the defining difference between a living, conscious body and a cadaver.
  • Summary: Energy has been the missing dimension in medicine, which traditionally focuses only on observable molecules and structures. The flow of energy is what brings the body into life, making genes inert repositories without it. A small disruption in energy flow can alter one’s state of mind.
Mitochondria’s Fundamental Role
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(00:00:25)
  • Key Takeaway: Mitochondria are integral to the body’s entire communication and energy network, and stress depletes energy needed for health.
  • Summary: The conversation frames mitochondria as central to the body’s communication network. Stress is detrimental because it steals energy from the processes that maintain health. The starting point for addressing conditions linked to impaired mitochondria is recognizing that the body is not broken but capable of unleashing healing potential.
Functional Medicine Framework
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(00:05:43)
  • Key Takeaway: Functional medicine focuses on the science of creating health by engaging the body’s repair mechanisms, often through subtraction (removing negatives) rather than just addition (drugs).
  • Summary: Functional medicine is defined as the science of creating health, not just treating diseases. Healing occurs when the body’s repair and renewal mechanisms are engaged by changing circumstances. This involves subtracting harmful inputs like bad food or excessive stress to allow the body’s inherent system to repair itself.
Energy Transformation in the Body
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(00:07:15)
  • Key Takeaway: The body converts stored solar energy from food and oxygen into usable energy through a process analogous to burning wood, which occurs fundamentally within the mitochondria.
  • Summary: The body transforms energy derived from the sun (via plants/animals) into a storable form that is then burned internally. This process, which is crucial for metabolic and mental health, is fundamentally managed by mitochondria. Traditional medicine often overlooks this core energy production system after initial biochemistry studies.
Defining Energy and Fields
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(00:09:06)
  • Key Takeaway: Energy is best defined as the potential for change, which manifests in different forms, and health is a field-like state emerging from energy flow through the body structure.
  • Summary: Energy is not a tangible thing but is the potential for change that takes many forms, such as electrical, kinetic, or thermal energy. Health is described as a dynamic, field-like state sustained by the flow of energy through the body structure, similar to how electricity flowing through a coil generates an electromagnetic field.
Mitochondria as Communication Hubs
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(00:13:35)
  • Key Takeaway: Mitochondria are ancient, fragile organelles that function as intracellular brains, receiving thousands of inputs to regulate cellular activity beyond just ATP production.
  • Summary: Mitochondria are ancient symbiotic bacteria within cells, possessing their own DNA inherited maternally. They are numerous, especially in the brain, and are so vital that blocking them (e.g., with cyanide) causes immediate death. They communicate via signaling molecules called mitokines, regulating functions based on inputs from hormones, toxins, and the microbiome.
Metabolism as the Conductive Medium
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(00:23:38)
  • Key Takeaway: Metabolism acts as the conductive medium connecting every cell, allowing energy transfer that synchronizes cellular activity, much like metronomes placed on a shared malleable surface.
  • Summary: The transfer of energy through a conductive medium allows disparate elements (like metronomes) to synchronize into a unified whole. In the body, metabolism serves as this conductive medium, connecting all cells. Mitochondria transform material biochemical energy into an immaterial electrochemical gradient, which drives this connection.
Energy Budget and Compensation
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(00:34:58)
  • Key Takeaway: The body operates under a fixed energy budget, and increased energy expenditure (like exercise) often leads to metabolic compensation where the body becomes more efficient elsewhere, potentially lowering resting energy use.
  • Summary: The body manages an economy of energy, with overall expenditure being relatively fixed over long periods, evidenced by hunter-gatherers burning similar energy to sedentary people. When exercise increases daily expenditure, the body compensates by becoming more efficient, sometimes resulting in a lower resting metabolic rate or heart rate. This efficiency gain is considered a significant health benefit of exercise.
Energy Resistance Principle Explained
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(00:42:51)
  • Key Takeaway: The Energy Resistance Principle (ERP) posits that life requires energy flow to encounter resistance to facilitate transformation, analogous to how light must be slowed by a leaf for photosynthesis.
  • Summary: The ERP is a formal description bridging physics and biology, based on the premise that the self is an energetic process. Energy flowing without resistance does nothing, but too much resistance shuts down function; a ‘sweet spot’ is required for work to be done. In the body, food and oxygen are the poles, and metabolism is the circuitry where resistance allows energy transformation into life processes.
Mitochondria and Hallmarks of Aging
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(00:53:00)
  • Key Takeaway: Mitochondrial dysfunction is a key hallmark of aging, but viewing mitochondria solely as ATP producers is misleading; they are crucial for reuniting electrons from food with oxygen to create water and energy.
  • Summary: The functional medicine approach seeks the ‘why’ behind mitochondrial dysfunction, which underlies all age-related diseases. ATP synthesis is only one of dozens of mitochondrial functions, including generating heat and biophotons. The reunification of separated electrons (from food) and oxygen within mitochondria is the core energetic event that energizes the entire system.
Mitochondria Beyond ATP
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(00:55:22)
  • Key Takeaway: Mitochondria are energetic portals where food electrons and oxygen reunite, producing water and powering life beyond just ATP synthesis.
  • Summary: Mitochondria are described as the meeting point where food electrons and oxygen reunite, a process that reverses photosynthesis by reforming water. ATP synthesis is only one of at least three dozen functions mitochondria perform. They act as an energetic portal, dematerializing biochemical energy and releasing heat, reactive oxygen species, and biophotons that signal the entire organism.
Energy Resistance Principle Explained
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(01:00:06)
  • Key Takeaway: Disease and aging hallmarks are downstream consequences of energy resistance, where energy flow is impeded, leading to dissipative loss and breakdown.
  • Summary: The Energy Resistance Principle (ERP) relates to how easily energy flows through the system; high resistance feels like a drag, leading to fatigue and depression. Excessive energy resistance causes pressure, analogous to a hose under too much pressure, leading to structural dissipation, which manifests as disease. NAD is an electron transducer that reduces resistance in the electron transport chain.
GDF15 as Energy Marker
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(01:01:00)
  • Key Takeaway: GDF15 is a measurable blood marker that signals excess energy resistance in the body, correlating strongly with numerous diseases.
  • Summary: Growth Differentiation Factor 15 (GDF15) is a protein that serves as a blood marker for excess energy resistance. It was independently discovered in the context of mitochondrial disease but UK Biobank data shows it is the best pan-disease biomarker for conditions like diabetes and dementia. High GDF15 levels in pregnancy are linked to morning sickness, potentially due to the placenta creating a protective high-resistance shell around the low-resistance fetus.
Inflammation and Cellular Communication
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(01:02:17)
  • Key Takeaway: Cytokines are a universal language of cell-cell communication, often secreted in response to an energetic deficit or impairment in mitochondrial function.
  • Summary: Inflammation, traditionally defined by redness, heat, and swelling, is often mislabeled as just cytokines; cytokines are actually the language cells use to communicate. When cells experience excess energy resistance due to impaired mitochondria, they secrete cytokines to signal distress and request support from other cells. Health is characterized by cellular coherence and resonance, where communication systems are functioning harmoniously without the need for inflammatory signaling.
Hormesis and Resilience Building
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(01:37:23)
  • Key Takeaway: Stress responses, like exercise, temporarily increase energy resistance, which is necessary to trigger adaptive mechanisms like mitochondrial biogenesis, ultimately lowering baseline resistance.
  • Summary: The body requires temporary stress (hormesis) to build resilience; exercise increases energy resistance temporarily, which is uncomfortable but adaptive. The body responds to this stress by creating more mitochondria, which are flow channels that lower overall energy resistance during rest. Chronic illness results from constantly elevated energy resistance, whereas health requires cycling between high resistance (stress/exercise) and low resistance (rest/sleep).
Mitoception and Lifestyle Balance
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(01:21:19)
  • Key Takeaway: Developing ‘mitoception’—awareness of one’s energetic state—allows individuals to tune into signals that dictate the necessary balance between activity (increasing resistance) and rest (decreasing resistance).
  • Summary: Mitoception is the practice of tuning into one’s energy levels to determine appropriate rest periods, similar to how athletes learn their limits to avoid injury. Journaling about energy gains and drains helps train this energetic awareness, linking emotional states (energy in motion) directly to physical energy flow. Stressful mental states directly transduce signals to mitochondria, changing their function, as optimism correlates with enhanced mitochondrial capacity in the prefrontal cortex.
Metabolic Therapies and Energy Flow
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(01:27:01)
  • Key Takeaway: Metabolic therapies like the ketogenic diet improve mental health and clarity because ketones allow electrons to reach oxygen with less resistance than glucose does.
  • Summary: Ketogenic diets can dramatically transform conditions like schizophrenia and Alzheimer’s by reducing energy resistance in the brain. Ketones are oxidized more directly than glucose, providing a more efficient energy substrate for mitochondria. Intermittent fasting also helps individuals, especially those sensitive to excess food substrates, by promoting a state of lower energy demand and better mitochondrial function.
The Yin-Yang of Energy Flow
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(01:41:35)
  • Key Takeaway: Life operates on a fundamental principle of cycling between high and low energy states, exemplified by the day/night cycle and the contraction/relaxation of the heart.
  • Summary: The body’s energy expenditure spikes upon waking (a stressor) and drops significantly during sleep, which is a period of very low energy resistance where repair occurs. Hormones like cortisol and testosterone decrease during sleep, facilitating this hypometabolic healing state. Modern society often forces a constant ‘on’ state, which contributes significantly to the burden of chronic disease.