Where Does the Memory Go? Your biology shifts with belief and environment—Bruce Lipton was right: the cell membrane is a tiny brain, a doorman deciding what enters. But if the membrane perceives, where is the memory kept? My 2021 paper says ask where, not what. I build on Forsdyke‘s extracorporeal memory—a hypothesis, not fact—and point to the field around you. Try MindReset (Apple, Google). Walk alongside a trauma-informed practitioner.
What Bruce Lipton Got Right About the Cell Membrane as the Cell’s Brain
Bruce Lipton’s central insight, that the cell membrane rather than the nucleus acts as the cell’s brain, overturned the genetic determinism I was taught in my early training, and it’s the foundation my own work builds on. Before him, the story was tidy and rather bleak: your DNA was destiny, handed down and fixed. He moved biology from that to something far more interesting, where perception itself is the signal.
That shift matters because it reframes health. If the cell is reading its environment rather than simply obeying a genetic blueprint, then what the cell perceives becomes part of the conversation. It’s respectful groundwork, and I want to honour it before I take the idea somewhere new.
What Lipton did was give us permission to ask better questions. If the membrane is the brain, then the interesting puzzle isn’t the nucleus at all. It’s what the membrane is sensing, and where the record of that sensing is kept. That’s the thread I pick up later.
Perception, Environment, and the Biology of Belief in Plain Terms
Strip away the jargon and Lipton’s claim is simple: the membrane is a receptor-studded boundary that reads the environment and tells the cell what to do. The nucleus is downstream, not in charge. Here’s the sequence in three plain steps.
- Receptors detect signals. These are biochemical messengers and electromagnetic cues arriving at the membrane’s surface.
- Proteins relay the instruction. The signal triggers proteins that change how the cell behaves, opening channels or shifting its activity.
- Gene expression responds. The genes follow that instruction. They don’t issue it.
Think of the membrane as a busy switchboard and the nucleus as a filing clerk. The switchboard takes the calls and decides what gets routed. The clerk simply fetches the file that’s requested, no more and no less.
This is epigenetics in action, not quantum mysticism. It’s why the placebo effect and the nocebo effect are worth taking seriously, and why chronic stress, with its cortisol and adrenaline, leaves a different chemical signature at the membrane than calm does. Perception shapes the biology, and the biology follows.
If the Membrane Perceives, Where Is the Memory of What It Perceived Kept?
Here’s the question that kept me up at night after reading Lipton: if the membrane perceives, where is the memory of what it perceived kept? He gives us a beautiful account of the cell reading its environment in the present tense. But a perception that leaves no trace would be like a conversation you forget the instant it ends.
So does memory live in the nucleus, tucked into DNA? In the membrane itself, held in the arrangement of receptors and proteins? Or somewhere we haven’t looked yet? Lipton’s model is brilliant at the biology of belief as it happens now. It leaves the archive of perception curiously unaddressed.
Why does this matter for your health? Because chronic stress and old emotional imprints shape the stress response long after the triggering event has passed. Something is storing that. And if we misplace where, we misplace how to help.
I won’t answer it fully here. In the sections that follow, I want to take Lipton’s membrane idea outward, to the field around the body, and see what happens when we look there.
Extracorporeal Memory: Forsdyke’s Hypothesis That Memory Extends Beyond the Body
Forsdyke’s 2009 paper in the Journal of Theoretical Biology (doi 10.1016/j.jtbi.2009.01.028) proposes something radical: that memory may extend beyond the body, extracorporeal memory. It is a serious theoretical proposal, published in a peer-reviewed journal, and it deserves to be read as exactly that. A hypothesis, not a settled fact.
I want to be careful here, because this is the point where a lot of wellness writing takes a wrong turn. Forsdyke offered a framework for thinking about memory and information. He did not hand anyone a licence to claim they can pluck your childhood from the air. So let’s look properly at what the paper says, and what it doesn’t.
What the 2009 Journal of Theoretical Biology Paper Actually Claims — and What It Doesn’t
Forsdyke’s paper argues that certain memory-like information could persist outside the organism, but it is careful, theoretical, and does not claim we can read memories from the air. The word to keep in your pocket is hypothesis. The DOI (10.1016/j.jtbi.2009.01.028) is there for you to read the original yourself, and I’d encourage it.
Here is how I hold the distinction in my own clinic, laid out plainly:
| What the paper claims | What it doesn’t claim |
|---|---|
| Memory is information, and that information may have extracorporeal correlates | Measurable psychic fields that can be detected or photographed |
| A theoretical framework grounded in biology, not mysticism | Recovered memories accessed from outside the body |
| An invitation to think about memory beyond the skull | Clinical proof, diagnostic tools, or treatment protocols |
This is where many writers overclaim. They take a careful theoretical paper and stretch it into a promise. That does harm, because it invites ridicule onto an idea worth exploring calmly. Forsdyke built a scaffold, not a scanner.
What the paper gives me is permission to ask a better question. If Bruce Lipton is right that the cell membrane perceives its environment, then where is the memory of that perception kept? Forsdyke suggests some of it may sit beyond the body’s edge. My 2022 paper (doi 10.3389/fpsyg.2022.947952) takes that outward, into the peripersonal space in front of us, the field just beyond your skin.
That is a hypothesis too, and I say so openly. It sits alongside my Emotional Memory Image theory from 2021 (doi 10.3389/fpsyg.2021.716535), where I suggest these images live below conscious awareness. That’s why I ask where rather than what. Your symptoms are real, never all in your head, and undiagnosed trauma can show up as dis-ease in the body. If this resonates, the MindReset app on Apple and Google can support the work, and I’d always suggest walking alongside a trauma-informed practitioner. The door is open, and that is a hopeful thing.
How Does the Field Around the Body and Peripersonal Space Fit In?
My 2022 paper (doi 10.3389/fpsyg.2022.947952) takes Lipton’s membrane idea outward, to the field around the body and the peripersonal space just in front of us. It is an extension of his logic, not a replacement for it. If perception happens at a boundary, then the question becomes: which boundary, and how far out does it reach?
Lipton showed that the cell membrane is where environment meets biology, where receptors read biochemical and electromagnetic signals and turn them into cellular signalling. That was a profound shift away from genetic determinism, away from the nucleus as a fixed blueprint. But it leaves an open door. If the membrane perceives, where does the memory of what it perceived actually live?
Peripersonal space is the zone just beyond the skin, the space within reaching distance where perception and environment meet. It is where you feel a presence before you see a face, where the air seems to change when someone steps close. I think of it as the body’s porch: not quite inside, not quite outside, but a place where the two negotiate.
Hudson 2022: Perception, Space, and the Boundary Just Beyond the Skin
In the 2022 paper I argue that peripersonal space, the zone immediately around the body, functions as an extended perceptual boundary, much as the membrane does for the cell. Let me lay the argument out plainly.
- Peripersonal space is a well-studied neurocognitive construct. It is the space within reaching distance, mapped by the brain and shaped by sensory input from vision, touch and hearing together.
- It is where self and environment negotiate. Things entering that zone are read as nearer, more relevant, more personal than things beyond it.
- If the membrane perceives for the cell, peripersonal space may perceive for the person. The same logic scales outward, from the single cell to the whole body and the air around it.
Picture the membrane as a cell’s front door: everything that enters or leaves passes through it, and it decides what counts as inside and outside. Peripersonal space is your porch. It is where you stand to meet the world, where you sense a knock before you hear it.
I want to be careful here, because this is a hypothesis, not settled fact. The paper proposes a way of thinking, not a proven mechanism. But it is a useful one, because it gives the membrane idea somewhere to go next. It also nudges us toward a practical question: if perception happens at that boundary, what does the body remember about what crossed it? That is where memory comes in, and where the Emotional Memory Image work begins. My 2021 paper (doi 10.3389/fpsyg.2021.716535) suggests these emotional memories sit below conscious awareness, so the useful question is not what happened but where it is held. Forsdyke’s extracorporeal memory idea (J Theor Biol 2009, doi 10.1016/j.jtbi.2009.01.028) offers one possible answer, still a hypothesis, that memory may extend beyond the cell itself. When undiagnosed trauma sits in that boundary, it can show up as dis-ease, and the body’s feedback is real, never imagined. Tools like the MindReset app can help you notice those patterns between sessions, and I always suggest working alongside a trauma-informed practitioner as you go. The hopeful part is this: boundaries can be renegotiated, gently, one small step at a time.
Emotional Memory Images: Why the Question Is ‘Where,’ Not ‘What’
When Bruce Lipton showed us that the cell membrane is the cell’s brain, he moved the conversation away from genetic determinism and towards perception. If the membrane perceives its environment, though, a natural follow-on question appears. Where is the record of what it perceived kept?
My Emotional Memory Image (EMI) theory (Hudson 2021, doi 10.3389/fpsyg.2021.716535) starts from a different question: not ‘what is the memory?’ but ‘where is it held?’ That shift matters, because it takes you out of the story and into the body.
An EMI is an image tied to emotional memory that sits below conscious awareness. You rarely find it by digging for a narrative. You find it by noticing where your body reacts, which is why the ‘where’ comes first and the ‘what’ often follows later, if it comes at all.
EMI Theory and Memories That Sit Below Conscious Awareness
An Emotional Memory Image is not a story you can tell. It’s a felt image, often sensory, that sits below conscious awareness and shapes how you respond to the world. Think of it as a snapshot the body filed away long before language was available to describe it.
Here’s a common example from my clinic. A client feels tightness in the chest before a meeting. The ‘where’ is the chest, clear and physical. The ‘what’ is a story they can’t yet articulate, and pressing for it too soon tends to produce guesswork rather than truth. So we don’t force recall. Instead we use body feedback and gentle imagery, letting the image surface at its own pace.
This is where I part company with any idea of recovered-memory reveals. There are no dramatic breakthroughs in this work, no digging for buried scenes. An EMI is accessed through sensation and imagery, not interrogation, and the body leads while you follow.
Because these images sit below conscious awareness, they can drive a stress response and feed chronic stress without you knowing why. That is how undiagnosed trauma can quietly contribute to dis-ease. Your symptoms are real, and the image is simply one place the body keeps its record. The MindReset app, available on Apple and Google, offers a structured way to work with this, and I’d always suggest walking alongside a trauma-informed practitioner as you go.
What I find hopeful is this. Once you locate the ‘where’, the ‘what’ has a chance to soften on its own. It’s less like prising open a locked box and more like noticing which floorboard creaks, then gently lifting it.
What Does Undiagnosed Trauma Have to Do With Dis-ease?
Undiagnosed trauma, the kind that never gets a label, keeps the stress response running: cortisol and adrenaline stay elevated, and the body starts to show dis-ease. Bruce Lipton’s work on the cell membrane showed us that perception shapes biology. So when perception stays locked in threat, the biology follows.
Here is how that link unfolds, step by step:
- Trauma below conscious awareness keeps the fight-or-flight response switched on. You may not have words for what happened, yet the body still registers danger and stays braced.
- Chronic cortisol and adrenaline dysregulate your systems. Immune, digestive and cardiovascular function all feel the strain of a body that never quite stands down.
- Over time this manifests as dis-ease. Real symptoms, real fatigue, real pain. Not “all in your head”.
Think of a smoke alarm with a battery that never gets changed. It keeps chirping long after the toast is done, and eventually you stop hearing it. That is the stress response stuck in the on position.
In my 2021 paper I described Emotional Memory Images, or EMIs, that sit below conscious reach. That is why I ask where rather than what. If you are ready to look, my MindReset app on Apple and Google can help you map those patterns, ideally alongside a trauma-informed practitioner. The body is not betraying you. It is still trying to protect you, and that is a hopeful place to begin.
Where Does the MindReset App Fit Into This Work?
The MindReset app (available on Apple and Google) is where I’ve put the EMI approach into a tool you can use between sessions. It helps you notice body feedback and track emotional memory images. Think of it as a notebook for the quiet signals your body sends, so nothing gets lost between one appointment and the next.
The app guides you through gentle self-awareness prompts. You check in with sensations, note where an EMI seems to sit in the space around you, and record patterns over time. That record becomes useful material to bring to your practitioner, rather than something you interpret alone.
This is why I’m clear that MindReset works alongside a trauma-informed practitioner, never instead of one. The app supports guided self-awareness and tracking. It does not diagnose, treat, or replace proper care. If any material feels overwhelming, pause, ground yourself, and seek professional support before going further.
My 2021 paper on Emotional Memory Images frames these images as sitting below conscious awareness, which is why the app asks where rather than what. Used sensibly, it turns a big idea about perception and biology into small, safe daily practice. That, to me, is the hopeful part.
Why This Remains a Hypothesis — and Why That Matters
I want to be clear: extracorporeal memory is a hypothesis, not settled fact, and that matters for how you hold everything I’ve said. Bruce Lipton gave us a bold reframe of the cell membrane as the cell’s brain, and I am building outward from that idea, not proving it. Being honest about the limits is what keeps this work trustworthy.
A hypothesis is a question wearing its best clothes. It points you toward something worth testing, while a proven mechanism has been pinned down, replicated and cross-checked. Extracorporeal memory, drawing on Forsdyke’s thinking and my own Emotional Memory Image work, sits firmly in the first camp. That distinction is not a weakness; it is a form of respect for you as a reader.
Why does intellectual honesty strengthen rather than weaken the work? Because the mind-body connection, perception and cellular signalling are already rich territory. If I overstate what I know, I risk the nocebo effect of false certainty, where belief outruns biology. When I name the edges of the map, you can explore them with your eyes open.
My 2021 and 2022 papers propose a frame: that emotional memory images may sit in the peripersonal field around the body, below conscious awareness. That is a serious proposal, not a cure-all. It invites scrutiny, and it should. The moment I stop welcoming questions is the moment the biology of belief becomes just another belief.
Working Alongside a Trauma-Informed Practitioner
None of this is a replacement for trauma-informed care, it’s a complement to it, and I say that as someone who works alongside practitioners, not above them. The mind-body work I describe is delicate, and it deserves a steady hand. Here are the practices I would want in place before any memory-focused work begins.
- Screen for trauma history first, before using any Emotional Memory Image work, so you know what you are walking into.
- Have a clear referral pathway to a trauma-informed therapist, agreed in advance rather than improvised in the moment.
- Use grounding techniques such as a body scan or orienting to the room before any memory work, so the nervous system is settled.
- Never force recall. Ask where a feeling lives in the body, not what happened, and let the answer arrive in its own time.
If a client dissociates, becomes distressed or shows signs of a stress response you cannot settle, stop and refer. That is not failure; it is good practice. The body feedback you are reading is real, and it deserves a careful, respectful response.
For your own daily grounding between sessions, the MindReset app on Apple and Google offers a simple way to check in with body feedback and self-awareness. Used gently, alongside a practitioner, it supports the work rather than replacing it. That is the hopeful part: perception, environment and care can shift together, one honest step at a time.
How Lipton’s Membrane Idea Points Toward a Larger View of Memory and Health
Lipton’s membrane idea didn’t just change how I see the cell. It pointed me toward a larger view: that memory and health are not confined to the skull or the genome. If the membrane perceives, then something must keep a record of what it perceived. That single question set me off on a trail.
First the membrane perceives. Then memory has to live somewhere. From there I followed Forsdyke’s extracorporeal memory, out into the peripersonal space around the body, and into what I call Emotional Memory Images, or EMIs, in my 2021 paper. EMIs sit below conscious awareness, which is why I ask where rather than what. I link undiagnosed trauma to dis-ease, and I hold all of this as a hypothesis, not settled fact.
You can explore it yourself through the MindReset app on Apple and Google, ideally alongside a trauma-informed practitioner. Think of it as one thread in a larger weave, not the whole cloth.
So if you’ve been told your symptoms are all in your head, they’re not. The question of where memory lives is one we’re still learning to ask, and that’s a hopeful place to stand.
Frequently Asked Questions
What did Bruce Lipton get right about the cell membrane, and what does “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” mean?
Bruce Lipton’s key insight was that the cell membrane acts as the cell’s “brain” — it perceives the environment and shapes biology in response, meaning perception and environment influence gene expression rather than genes alone dictating fate. “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” picks up the question his work leaves open: if the membrane perceives, where is the memory of what it perceived actually stored? The article argues the answer extends outward — beyond the cell, into the field around the body and the peripersonal space in front of us.
If the membrane perceives, where does the memory of what it perceived go?
That is the central question in “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next.” The proposed answer takes the membrane concept outward: memory is not confined to the brain or even the cell, but may extend into the field around the body and the peripersonal space directly in front of us. This builds on research into peripersonal space (Hudson 2022, doi 10.3389/fpsyg.2022.947952) and is anchored scientifically in Forsdyke’s concept of extracorporeal memory (J Theor Biol 2009, doi 10.1016/j.jtbi.2009.01.028). Importantly, extracorporeal memory is presented as a hypothesis, not settled fact.
What are Emotional Memory Images (EMIs), and how do they fit into “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next”?
Emotional Memory Images (EMIs) are the centerpiece of the EMI theory (Hudson 2021, doi 10.3389/fpsyg.2021.716535) discussed in “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next.” EMIs are encoded emotional memories that sit below conscious awareness — which is why the useful question is not “what” you remember but “where” the memory is held. Building on Lipton’s membrane-as-brain idea, EMIs suggest the memory of perception is stored in the extended field around the body, and accessing them requires asking where rather than what.
How does “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” connect undiagnosed trauma to dis-ease?
A core argument in “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” is that undiagnosed trauma — emotional memories held below conscious awareness as EMIs — can be linked to dis-ease in the body. If the membrane constantly perceives and responds to environment, then unresolved perceived threats stored in the extended field may keep the body in a stress response that contributes to illness. This extends Lipton’s perception-shapes-biology principle by asking where the memory of those perceptions lives, and what happens when it remains unaddressed.
Is extracorporeal memory in “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” proven science?
No — and the article is explicit about that. In “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next,” extracorporeal memory is presented as a hypothesis, not settled fact. It is grounded in Forsdyke’s peer-reviewed work (J Theor Biol 2009, doi 10.1016/j.jtbi.2009.01.028) and Hudson’s peripersonal space research (doi 10.3389/fpsyg.2022.947952) and EMI theory (doi 10.3389/fpsyg.2021.716535), but the extension of memory into the field around the body remains a proposed framework to be tested rather than an established conclusion.
How can I apply “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” in practice, and where does the MindReset app fit in?
The practical takeaway from “Bruce Lipton Was Right About the Cell Membrane. Here’s Where the Memory Goes Next” is to stop asking what you remember and start asking where a memory is held, since EMIs sit below conscious awareness. The MindReset app (available on Apple and Google) was built around this where-not-what approach to help users identify and release emotional memory images. Because undiagnosed trauma and its link to dis-ease can be delicate territory, the article recommends using the app alongside a trauma-informed practitioner rather than as a replacement for professional care.