Martin, Since the post says, “The Science and Experience of Energy”, I thought you might find the following interesting:
Energy Doesn’t Just Move — It Remembers Itself
Stability, Resistance, and Identity in Inner Genesis Theory
Introduction: The Mistaken Question
When we ask why we resist exercising, changing habits, or doing what we “know” is good for us, we usually assume the problem lies in psychology, motivation, or evolution.
But this framing already misses the deeper issue.
The resistance is not primarily mental.
It is not moral failure.
It is not evolutionary stupidity.
It is energetic identity defending itself.
Inner Genesis Theory (IGT) begins from a simple but disruptive premise:
Energy is not inert stuff that merely moves.
Energy conditions itself through its own action.
And once energy has conditioned itself, it does not abandon that condition easily.
IGT’s Core Claim (Stated Without Metaphor)
IGT does not treat energy as a neutral substrate awaiting organization from biology or mind.
Instead, it asserts:
Energy acts, and its actions constrain its future actions.
There is no additional mechanism required.
Action → trace
Trace → constraint
Constraint → identity
This loop is the origin of persistence, habit, memory, and consciousness at every scale.
Diagram 1 (Described in Text): The Action–Identity Loop
Flowing continuity of action-reaction, yin-yang. Again and for ever again. in and out of time. The 2 faces of being alive as an integrated system, itself part on a hierarchy of Escher totological fractal systems, Now, Maslow / Elephant style. Eternally stable in perpetual motion. Consistancy down to the Plank Scale, as in the proverbial permanent movement machine, still considered impossible?
Pierre asks: Could persistence itself be perpetual dynamic activity?
Yes, but don't mistake the observable dynamics for their source. Consciousness isn't something produced after the system becomes sufficiently integrated or coherent. Consciousness is intrinsic to the action from which the system and its coherence emerge.
Is coherence a description of persistent organization, or is coherence itself supposed to cause the organization?
Our "western dualism tradition" does predispose us to find parts, sub-systems, as separate of any global existence. i.e.: Tetrapyloctomy (cutting hair in 4) Nominalism might be that tree in out 2d eye blocking the 3d brain-view of the whole forest. While consciousness is ultimately an agregate, searching to isolate the poured milk in the coffee spoils the real Ecstasy of its full appreciation.
In a 2022 Cell Metabolism perspective, Martin Picard and Orian S. Shirihai argue that the long-standing metaphor of mitochondria as mere cellular “powerhouses” has expired. Mitochondria, they write, are dynamic, signaling, information-processing organelles. Together with the nucleus and other structures, they form what the authors call the mitochondrial information processing system (MIPS).
The language is technical, careful, and resolutely biological. But the conceptual shift is profound.
What Picard and Shirihai Show? According to Picard and Shirihai, mitochondria:
-Sense internal and external conditions (nutrients, stress, hormones, environment).
-Integrate this information through dynamic networks, physical interactions, and diffusion.
-Generate outputs that regulate cellular behavior, organ function, and even whole-body physiology.
This is not passive chemistry. It is active transduction: an input-to-output transformation that depends on the organelle’s internal state, history, and organization. Mitochondria change themselves in response to what they encounter, and those changes shape future responses.
In other words, mitochondria are not just responding. They are participating.
For example, I am not saying rocks think. I am saying that consciousness is not an all-or-nothing property reserved for brains, but a graded interior aspect of reality that varies with organization and self-interaction.
A rock, in this view, has a minimal form of awareness appropriate to its stability and persistence. Mitochondria, a living system, with internal differentiation and feedback, has more. A nervous system, more still.
Mitochondria sit squarely in the middle. They are living, historically conditioned, internally differentiated, capable of integrating multiple signals, capable of modifying themselves based on past states.
Since rocks possess a primitive interiority grounded in stable being, then mitochondria, far more dynamic and self-conditioning, occupy a higher rung on the same ladder. The continuity is striking.
The brain is a receiver/transmitter rather than a generator of consciousness, also finds an unexpected echo here. Picard’s work (and a growing literature) shows that mitochondrial signaling profoundly shapes neural firing, plasticity, mood and affect, stress responses, cognition and behavior.
Neurons are energetically downstream. Brain activity is inseparable from mitochondrial state. What the brain “does” is already conditioned by cellular-level transduction processes that lie beneath and around it.
From this perspective, the brain looks less like a solitary origin point and more like a translation interface, a structure that integrates, amplifies, and expresses processes already in motion at deeper biological levels. That is not mysticism. It is cell biology.
Why the Word “Consciousness” Still Isn’t Used?
Picard and Shirihai never claim mitochondria are conscious. Nor do they need to. Modern biology is comfortable describing sensing, integration, regulation, signaling, adaptation.
What it remains uncomfortable with is naming the interior aspect of such processes. Yet once a system differentiates itself from within, responds based on history, integrates multiple constraints, and shapes future possibilities, the question of interiority is no longer absurd, it is unavoidable.
That interiority was named half a century ago in the writings of Jane Roberts. Biology is now describing its mechanisms.
From Metaphor to Mechanism? Seen this way, the distance between Inner Genesis Theory and Cell Metabolism is smaller than it appears.
IGT offers a metaphysical intuition: consciousness as intrinsic to organized action.
Picard offers a mechanistic account: signal transduction as intrinsic to cellular life.
They meet at the same place.
Consciousness is not something that suddenly “appears” at the level of brains. It is refined, layered, and amplified as action folds back on itself across scales, from rocks, to mitochondria, to cells, to nervous systems, to reflective minds.
You are one of the people who has truly changed my perception of life. I love mitochondria, and I have never seen anyone speak with such passion and empathy about these organelles. The energy resistance principle is absolutely brilliant in practice and has helped me enormously to understand the cause of chronic diseases and, above all, the type of intervention required. I have made so many connections thanks to you.
Love this “rebrand” (and the honesty about why it’s needed). In clinic and in papers, “mitochondrial dysfunction” has become a catch-all that often hides the actual biology. ATP production vs redox signaling vs metabolite processing vs innate immune signaling vs dynamics/quality control can point to very different mechanisms and very different interventions.
Your framing of mitochondria as information processors is especially useful because it matches what we see physiologically: mitochondria integrate nutrient flux, hormones, inflammatory cues, and stress signals, then “decide” via signaling outputs that reshape gene expression, metabolism, and tissue function. That’s a far richer and more actionable model than the old powerhouse metaphor.
Also appreciate the push for a hierarchical vocabulary (features → activities → functions → behaviors). It’s the kind of conceptual scaffolding that helps the field mature: clearer hypotheses, better measurement choices, and fewer false debates where people are using the same word for different layers of biology.
I really liked the call for more precise language here. “Mitochondrial function” has become such a catch-all phrase that it often hides more than it explains. Which part of this reframing do you think will be hardest for the field to absorb: the language itself, or the shift in how experiments are designed?
Martin, thanks for this beautiful Substack. I wonder if you’d investigate something, from a mitochondria adaptation perspective? It’s this article, which suggests CO2 overload in humans within 50 years because of the CO2 increases driving Climate Change. It strikes me as a terribly concerning phenomenon.
Think of the following exercises, not as “stretching muscles” but as inviting energy to redistribute after a high-demand pattern. Shoveling snow, for example, concentrates intent and force into narrow channels, cooling down widens the field again. You’re telling the body,
The effort is complete. The system may now reorganize.
This aligns beautifully with Martin, Nirosha's, and my view of the body as a self-regulating energetic intelligence rather than a mechanical device.
Below is a 10–15 minute cool-down sequence tuned to protect your low back, hips, calves, and shoulders as possible occasional trouble spots.
Phase 1 — Downshift & Decompress (3–4 min)
1) Supine diaphragmatic breathing
Lie on your back, knees bent, feet flat
One hand on chest, one on belly
Inhale through nose 4 sec, exhale 6 sec
6–8 slow breaths
2) Pelvic tilts
Gently rock pelvis to flatten lower back → release
8–10 slow reps
3) Easy spinal twist (supine)
Knees to chest, drop to one side, arms out
30–45 sec each side
Why this matters:
Shoveling compresses the spine and spikes intra-abdominal pressure. This phase restores parasympathetic tone and rehydrates discs.
Phase 2 — Hips, Hamstrings, Calves (4–5 min)
1) Seated hamstring stretch
Hinge forward slightly, neutral spine
30 sec each leg
2) Standing calf stretch (wall)
Straight back leg → bent back leg variation
30 sec each position per side
3) Figure-4 stretch (on back or seated)
Targets glutes / piriformis
30–45 sec each side
4) Gentle hip-flexor stretch
Short stride stance, slight tuck of pelvis
30 sec each side
Why this matters:
Walking tightens calves/hamstrings; shoveling shortens hip flexors. Restoring length here protects your lower back tomorrow.
Phase 3 — Upper Back & Shoulders (3–4 min)
1) Doorway chest stretch
Elbows ~90°, gentle lean
30 sec
2) Thread-the-needle
On hands and knees, rotate through upper back
6 reps each side
3) Child’s pose
Arms long, forehead supported
60 sec
4) Neck side bends
Very gentle
20 sec each side
Why this matters:
Shoveling biases forward-rounded shoulders and overloaded rotator cuff. These open the front and rotate the thoracic spine.
I really hope your book can be published in Korean too. (even Eng is not yet published) I checked Peter Sterling, Lisa Feldman Barrett, Karl Friston, you and your wife, Jack Kruse too to overcome and understand my mental disturbances. and the scientific works r helping me to recover my health. I really appreciate your contribution for science and people's wellbeing, Professor Picard. Thanks alot sharing your awesome works!
i wish Peter Sterling's book can be published in Korean too. since allostasis is not commonly well known i think we need the foundational understanding w Sterling's book. lisa feldam barrett introduced allsostasis in her book and become bestseller so i believe ppl will be interested and elightened w Sterling and your book!
Bruce K. Alexander too. and for Korean society too. which have top suicidal rates and top no baby rates. stopping to survive & reproduce seems like a serious disaster.
Hi Dr. Picard, small wording note on the ERP airplane example(Aerodynamic resistance and flight: For a plane in motion, the convex wing aerodynamically constrains the flow of air, generating resistance that transforms kinetic
energy into lift by creating pressure differences, enabling the airplane to ascend.)
NASA’s Glenn Research Center spends a lot of time correcting common lift myths (equal-transit/longer-path, venturi-nozzle, skipping-stone). Their throughline is: lift arises from turning the flow and circulation (Kutta–Joukowski; conformal mapping from cylinder to airfoil; spinning ball/cylinder examples), and pressure differences are the consequence of the velocity field. Might be worth rephrasing the airplane line to match that framing.
“convex wing creates lift by pressure differences” line can read like the old “longer path / equal transit time” story NASA flags as incorrect. Might be worth a small rephrase to avoid confusion. (❗This doesn’t affect the ERP’s core argument!)
Martin, Since the post says, “The Science and Experience of Energy”, I thought you might find the following interesting:
Energy Doesn’t Just Move — It Remembers Itself
Stability, Resistance, and Identity in Inner Genesis Theory
Introduction: The Mistaken Question
When we ask why we resist exercising, changing habits, or doing what we “know” is good for us, we usually assume the problem lies in psychology, motivation, or evolution.
But this framing already misses the deeper issue.
The resistance is not primarily mental.
It is not moral failure.
It is not evolutionary stupidity.
It is energetic identity defending itself.
Inner Genesis Theory (IGT) begins from a simple but disruptive premise:
Energy is not inert stuff that merely moves.
Energy conditions itself through its own action.
And once energy has conditioned itself, it does not abandon that condition easily.
IGT’s Core Claim (Stated Without Metaphor)
IGT does not treat energy as a neutral substrate awaiting organization from biology or mind.
Instead, it asserts:
Energy acts, and its actions constrain its future actions.
There is no additional mechanism required.
Action → trace
Trace → constraint
Constraint → identity
This loop is the origin of persistence, habit, memory, and consciousness at every scale.
Diagram 1 (Described in Text): The Action–Identity Loop
Imagine a simple loop:
Energy acts
That action alters the conditions of the system
The altered conditions bias the next action
Repetition stabilizes the bias
Written linearly:
Action → Conditioning → Biased Action → Reinforcement → Identity
This is not symbolic memory.
It is structural memory.
The system does not store information about the past.
The past is present as constraint.
Why Stability Is Not Stillness
When we say “energy seeks stability,” this is often misunderstood as meaning rest, equilibrium, or inactivity.
That is not what stability means in IGT.
Stability means:
The continuity of a pattern through time.
A flame is stable.
A whirlpool is stable.
A heartbeat is stable.
A habit is stable.
They are all active — but self-reinforcing.
Stability is successful repetition, not absence of motion.
Diagram 2 (Described in Text): Basins of Energetic Identity
Picture a landscape of shallow and deep valleys.
Each valley represents a stabilized energetic pattern
The depth of the valley corresponds to how conditioned the system is
Movement within the valley is easy
Movement out of the valley requires extra energy
Your current habits, metabolic rhythms, and bodily expectations all sit in such valleys.
Resistance arises not because change is “bad,” but because leaving a valley costs energy and threatens coherence.
Resistance Reinterpreted (IGT Lens)
From an IGT perspective, resistance is not opposition to improvement.
It is:
Identity defending the conditions of its own continuation.
Any action that has not yet been integrated into the loop appears as:
unconditioned
energetically expensive
destabilizing
unpredictable
So the system resists — automatically.
Not consciously.
Not strategically.
Not intelligently.
Dynamically.
The Body and Exercise: An Energetic Explanation
When you decide to exercise for long-term health, your conscious reasoning operates on a future-oriented timescale.
Your body does not.
The body asks only:
“Does this belong to me yet?”
If the action is unfamiliar, the answer is no.
Resistance is simply the energetic identity asserting itself.
Once repetition reconditions the loop:
the valley shifts
the action becomes endogenous
resistance drops, sometimes suddenly
Not because willpower won —
but because energy re-identified itself.
Diagram 3 (Described in Text): Why Forcing Backfires
Consider two paths:
Path A: Force
High effort
High disruption
No repetition
No new stabilization
Result: rebound.
Path B: Gentle Repetition
Low threat
Repeated exposure
Gradual conditioning
Identity expansion
Result: effortless persistence.
IGT predicts this difference without invoking motivation, discipline, or moral framing.
Only recursive reinforcement alters identity.
Memory Belongs to Energy Itself
In IGT, memory is not a psychological add-on.
Memory is what happens when energy has acted and therefore cannot act as if it never did.
To say:
“Energy remembers itself”
means:
Every action leaves the system different than before, and that difference constrains the future.
This is memory without representation.
Learning without symbols.
Consciousness without abstraction.
The Metaphysical Payoff
IGT dissolves a false hierarchy:
Physics first
Then biology
Then psychology
Then consciousness
Instead, it proposes a continuity:
Energy is already experiential because it is already self-conditioning.
Identity is stabilized action.
Resistance is identity refusing erasure.
Growth is identity expanding its loop.
One Sentence Summary (IGT-Clean)
Energy stabilizes because every action becomes a condition on future action, and identity is simply that condition persisting.
That sentence explains habit, resistance, healing, learning, and consciousness without importing external agencies or metaphors.
Closing: Resistance as a Signature of Being
Resistance is not your enemy.
It is the mark that something exists long enough to defend itself.
Only systems that resist destabilization can persist long enough to matter.
Energy does not just move.
It remembers who it has become.
Thank you, Josef. Beautifully described holistic view of energy.
Flowing continuity of action-reaction, yin-yang. Again and for ever again. in and out of time. The 2 faces of being alive as an integrated system, itself part on a hierarchy of Escher totological fractal systems, Now, Maslow / Elephant style. Eternally stable in perpetual motion. Consistancy down to the Plank Scale, as in the proverbial permanent movement machine, still considered impossible?
Pierre asks: Could persistence itself be perpetual dynamic activity?
Yes, but don't mistake the observable dynamics for their source. Consciousness isn't something produced after the system becomes sufficiently integrated or coherent. Consciousness is intrinsic to the action from which the system and its coherence emerge.
Is coherence a description of persistent organization, or is coherence itself supposed to cause the organization?
Our "western dualism tradition" does predispose us to find parts, sub-systems, as separate of any global existence. i.e.: Tetrapyloctomy (cutting hair in 4) Nominalism might be that tree in out 2d eye blocking the 3d brain-view of the whole forest. While consciousness is ultimately an agregate, searching to isolate the poured milk in the coffee spoils the real Ecstasy of its full appreciation.
In a 2022 Cell Metabolism perspective, Martin Picard and Orian S. Shirihai argue that the long-standing metaphor of mitochondria as mere cellular “powerhouses” has expired. Mitochondria, they write, are dynamic, signaling, information-processing organelles. Together with the nucleus and other structures, they form what the authors call the mitochondrial information processing system (MIPS).
The language is technical, careful, and resolutely biological. But the conceptual shift is profound.
What Picard and Shirihai Show? According to Picard and Shirihai, mitochondria:
-Sense internal and external conditions (nutrients, stress, hormones, environment).
-Integrate this information through dynamic networks, physical interactions, and diffusion.
-Generate outputs that regulate cellular behavior, organ function, and even whole-body physiology.
This is not passive chemistry. It is active transduction: an input-to-output transformation that depends on the organelle’s internal state, history, and organization. Mitochondria change themselves in response to what they encounter, and those changes shape future responses.
In other words, mitochondria are not just responding. They are participating.
For example, I am not saying rocks think. I am saying that consciousness is not an all-or-nothing property reserved for brains, but a graded interior aspect of reality that varies with organization and self-interaction.
A rock, in this view, has a minimal form of awareness appropriate to its stability and persistence. Mitochondria, a living system, with internal differentiation and feedback, has more. A nervous system, more still.
Mitochondria sit squarely in the middle. They are living, historically conditioned, internally differentiated, capable of integrating multiple signals, capable of modifying themselves based on past states.
Since rocks possess a primitive interiority grounded in stable being, then mitochondria, far more dynamic and self-conditioning, occupy a higher rung on the same ladder. The continuity is striking.
The brain is a receiver/transmitter rather than a generator of consciousness, also finds an unexpected echo here. Picard’s work (and a growing literature) shows that mitochondrial signaling profoundly shapes neural firing, plasticity, mood and affect, stress responses, cognition and behavior.
Neurons are energetically downstream. Brain activity is inseparable from mitochondrial state. What the brain “does” is already conditioned by cellular-level transduction processes that lie beneath and around it.
From this perspective, the brain looks less like a solitary origin point and more like a translation interface, a structure that integrates, amplifies, and expresses processes already in motion at deeper biological levels. That is not mysticism. It is cell biology.
Why the Word “Consciousness” Still Isn’t Used?
Picard and Shirihai never claim mitochondria are conscious. Nor do they need to. Modern biology is comfortable describing sensing, integration, regulation, signaling, adaptation.
What it remains uncomfortable with is naming the interior aspect of such processes. Yet once a system differentiates itself from within, responds based on history, integrates multiple constraints, and shapes future possibilities, the question of interiority is no longer absurd, it is unavoidable.
That interiority was named half a century ago in the writings of Jane Roberts. Biology is now describing its mechanisms.
From Metaphor to Mechanism? Seen this way, the distance between Inner Genesis Theory and Cell Metabolism is smaller than it appears.
IGT offers a metaphysical intuition: consciousness as intrinsic to organized action.
Picard offers a mechanistic account: signal transduction as intrinsic to cellular life.
They meet at the same place.
Consciousness is not something that suddenly “appears” at the level of brains. It is refined, layered, and amplified as action folds back on itself across scales, from rocks, to mitochondria, to cells, to nervous systems, to reflective minds.
The language has changed. The insight has not.
You are one of the people who has truly changed my perception of life. I love mitochondria, and I have never seen anyone speak with such passion and empathy about these organelles. The energy resistance principle is absolutely brilliant in practice and has helped me enormously to understand the cause of chronic diseases and, above all, the type of intervention required. I have made so many connections thanks to you.
Thank you for sharing, Ober. So meaningful!
The ERP has also helped us think more clearly about health and diseases. Lots to discover still.
Absolutely LOVE the science of the mitochondrion!!
Us too!!
Love this “rebrand” (and the honesty about why it’s needed). In clinic and in papers, “mitochondrial dysfunction” has become a catch-all that often hides the actual biology. ATP production vs redox signaling vs metabolite processing vs innate immune signaling vs dynamics/quality control can point to very different mechanisms and very different interventions.
Your framing of mitochondria as information processors is especially useful because it matches what we see physiologically: mitochondria integrate nutrient flux, hormones, inflammatory cues, and stress signals, then “decide” via signaling outputs that reshape gene expression, metabolism, and tissue function. That’s a far richer and more actionable model than the old powerhouse metaphor.
Also appreciate the push for a hierarchical vocabulary (features → activities → functions → behaviors). It’s the kind of conceptual scaffolding that helps the field mature: clearer hypotheses, better measurement choices, and fewer false debates where people are using the same word for different layers of biology.
Thank you. As energy and information processor, mitochondria act like orchestra conductors for the organism.
I really liked the call for more precise language here. “Mitochondrial function” has become such a catch-all phrase that it often hides more than it explains. Which part of this reframing do you think will be hardest for the field to absorb: the language itself, or the shift in how experiments are designed?
It's cool to see more people talking about this. I just wrote a similar article, albeit a bit broader, titled "Beyond the powerhouse". lol
Martin, thanks for this beautiful Substack. I wonder if you’d investigate something, from a mitochondria adaptation perspective? It’s this article, which suggests CO2 overload in humans within 50 years because of the CO2 increases driving Climate Change. It strikes me as a terribly concerning phenomenon.
https://doi.org/10.1007/s11869-026-01918-5
Think of the following exercises, not as “stretching muscles” but as inviting energy to redistribute after a high-demand pattern. Shoveling snow, for example, concentrates intent and force into narrow channels, cooling down widens the field again. You’re telling the body,
The effort is complete. The system may now reorganize.
This aligns beautifully with Martin, Nirosha's, and my view of the body as a self-regulating energetic intelligence rather than a mechanical device.
Below is a 10–15 minute cool-down sequence tuned to protect your low back, hips, calves, and shoulders as possible occasional trouble spots.
Phase 1 — Downshift & Decompress (3–4 min)
1) Supine diaphragmatic breathing
Lie on your back, knees bent, feet flat
One hand on chest, one on belly
Inhale through nose 4 sec, exhale 6 sec
6–8 slow breaths
2) Pelvic tilts
Gently rock pelvis to flatten lower back → release
8–10 slow reps
3) Easy spinal twist (supine)
Knees to chest, drop to one side, arms out
30–45 sec each side
Why this matters:
Shoveling compresses the spine and spikes intra-abdominal pressure. This phase restores parasympathetic tone and rehydrates discs.
Phase 2 — Hips, Hamstrings, Calves (4–5 min)
1) Seated hamstring stretch
Hinge forward slightly, neutral spine
30 sec each leg
2) Standing calf stretch (wall)
Straight back leg → bent back leg variation
30 sec each position per side
3) Figure-4 stretch (on back or seated)
Targets glutes / piriformis
30–45 sec each side
4) Gentle hip-flexor stretch
Short stride stance, slight tuck of pelvis
30 sec each side
Why this matters:
Walking tightens calves/hamstrings; shoveling shortens hip flexors. Restoring length here protects your lower back tomorrow.
Phase 3 — Upper Back & Shoulders (3–4 min)
1) Doorway chest stretch
Elbows ~90°, gentle lean
30 sec
2) Thread-the-needle
On hands and knees, rotate through upper back
6 reps each side
3) Child’s pose
Arms long, forehead supported
60 sec
4) Neck side bends
Very gentle
20 sec each side
Why this matters:
Shoveling biases forward-rounded shoulders and overloaded rotator cuff. These open the front and rotate the thoracic spine.
Optional Finisher (2 minutes)
Warm shower or heating pad on low back/hips
Light self-massage calves and forearms
I really hope your book can be published in Korean too. (even Eng is not yet published) I checked Peter Sterling, Lisa Feldman Barrett, Karl Friston, you and your wife, Jack Kruse too to overcome and understand my mental disturbances. and the scientific works r helping me to recover my health. I really appreciate your contribution for science and people's wellbeing, Professor Picard. Thanks alot sharing your awesome works!
Yes, the book will be published in Korean!
i wish Peter Sterling's book can be published in Korean too. since allostasis is not commonly well known i think we need the foundational understanding w Sterling's book. lisa feldam barrett introduced allsostasis in her book and become bestseller so i believe ppl will be interested and elightened w Sterling and your book!
Bruce K. Alexander too. and for Korean society too. which have top suicidal rates and top no baby rates. stopping to survive & reproduce seems like a serious disaster.
Hi Dr. Picard, small wording note on the ERP airplane example(Aerodynamic resistance and flight: For a plane in motion, the convex wing aerodynamically constrains the flow of air, generating resistance that transforms kinetic
energy into lift by creating pressure differences, enabling the airplane to ascend.)
NASA’s Glenn Research Center spends a lot of time correcting common lift myths (equal-transit/longer-path, venturi-nozzle, skipping-stone). Their throughline is: lift arises from turning the flow and circulation (Kutta–Joukowski; conformal mapping from cylinder to airfoil; spinning ball/cylinder examples), and pressure differences are the consequence of the velocity field. Might be worth rephrasing the airplane line to match that framing.
Incorrect Lift Theory https://share.google/koBMsu1J3tm9AP9W8
Ideal Lift of a Spinning Ball | Glenn Research Center | NASA https://share.google/L7rl4hOkTnvGEOzMd
Conformal Mapping https://share.google/CkRIsztGZEfiVihtj
Thank you for the note, Baek.
“convex wing creates lift by pressure differences” line can read like the old “longer path / equal transit time” story NASA flags as incorrect. Might be worth a small rephrase to avoid confusion. (❗This doesn’t affect the ERP’s core argument!)