The algorithm of presence — when learning is no longer about data, but about transformation

VZ editorial frame

Read this piece through one operating lens: AI does not automate first, it amplifies first. If the underlying decision architecture is clear, AI scales clarity. If it is noisy, AI scales noise and cost.

VZ Lens

From a VZ lens, this piece is not for passive trend tracking - it is a strategic decision input. What can’t be captured on video is what’s most valuable. Being there isn’t a file format—it’s something that only happens when you’re actually there. Its advantage appears only when converted into concrete operating choices.

TL;DR

Learning is not data or information—it is a bodily experience. Research on embodied cognition clearly shows that the deepest neural imprints are left by live, multisensory experiences, not by content viewed on a screen
The group is not an audience—but a collective neural network in which mirror neurons function at their best only in person. This is the true neurological cause of Zoom fatigue
Intellectual arrogance—the belief that possessing information is equivalent to understanding—is the most dangerous illusion in learning. Chögyam Trungpa’s “spiritual materialism” describes the same thing in different words
The trainer does not teach—but holds the space as an energetic interface. According to Stephen Porges’s polyvagal theory, the state of the facilitator’s nervous system directly regulates the state of the group
Presence is not a file format. It cannot be copied, streamed, or optimized. It only happens when you are there too

The Windowsill and the City’s Dream

I’m sitting on the office windowsill, my back pressed against the cold glass. The city below me flickers faintly; the occasional window still glows yellow in the darkness of the night. A quiet hum from the deserted streets hangs in the air, cut through by the screech of a distant tram. I feel the slight vibration of the glass with my palm. Outside it is dark; in here, the monitor’s faint light still casts my shadows on the wall. I don’t think, I just watch as the city breathes beneath me, in a slow, sleepy rhythm. And a feeling stirs, as if I were searching for a similar, fundamental rhythm within my own body—not in my head, but here, in the silence.

When the atmosphere shifts

There is a moment in every workshop, training session, or human encounter when the atmosphere shifts. You couldn’t say exactly when it happens. Perhaps when someone truly looks into your eyes for the first time. Perhaps when the group’s breathing falls into sync. Or when the first genuine laugh ripples through the room.

But something transforms.

The veil that had been there—the anticipation, the skepticism, the “here we go again” look—slowly fades from the participants’ faces. And in its place, something else appears: presence.

This cannot be measured. It cannot be recorded. It cannot be uploaded to YouTube so others can “learn” it. Yet this is the moment when real learning begins. When the PowerPoints and methodologies fall silent, and in their place something far more primal and yet futuristic speaks: the algorithm of human connection.

Today, when artificial intelligence processes everything for us, when knowledge is just a click away, when information floods around us—paradoxically, what cannot be digitized becomes increasingly valuable. Presence. The moment of transformation. The energy that arises when two minds truly meet.

In this world, where everything can be “optimized,” where everything can be “streamed,” there is still something that only happens when you are there. Body, soul, and full attention. This is not a nostalgic return to the past—this is the future. A future where human connection is not a luxury, but a necessity. Not an accessory, but central. Not nostalgic, but revolutionary.

This text is a map to another reality of learning. A world where information is not enough, and change is not a cognitive operation, but an existential movement.

I. Learning as a physical experience — or why you can’t read about what it’s like to swim

The Paradigm of Somatic Intelligence

The essence of presence-based training lies precisely in the fact that it cannot be explained. Just as one cannot learn to ride a bike from a book, or understand the depth of grief from a definition. The movement, the balance, the moment of fear when you first lean back, the first breath underwater: these are the true moments of learning.

The modern information society—driven primarily by computer science, machine learning, and data science—conditions us to view everything as data. Statistics, metrics, code, algorithms. But presence is not data, not a metric. Presence is a kind of “conscious interface” where the person and the experience are inseparable, where the knower and the known exist in the same moment.

The neurological basis: why does live experience have a different effect?

Neuroscience has been proving for decades that live, multisensory experiences leave a much deeper imprint on neural networks than abstract information.

The hippocampus — the repository of memories — does not respond to PowerPoint slides, but to scents, emotions, physical movements, and the vibrations of shared laughter. You’ll barely remember a slide show days later, but a shared laugh or a powerful experience will remain vivid even decades later.

This isn’t just a charming observation—it’s how the brain works.

Embodied cognition: when the body thinks

According to the theory of embodied cognition, thinking does not occur exclusively in the brain, but throughout the entire body. The body is not merely a vessel for the mind, but an active participant in how we perceive, interpret, and learn.

It is no coincidence that our language is full of bodily metaphors: “to grasp a thought,” “to feel the situation,” “to get a knot in one’s stomach over a decision,” “to feel the day is heavy.” These are not mere poetic turns of phrase. They are precise descriptions of how the body and mind work together.

For a long time, modern cognitive science viewed the brain as a computer: information in, information out, processing in between. Embodied cognition, however, argues that our thinking is shaped by our movements, body postures, sensations, and interactions with our environment.

When we see a movement, the motor areas of our brain are activated as if we were performing it ourselves. When we hear a word—such as “kick”—the parts of the brain responsible for movement also light up. In other words, understanding is actually based on bodily experiences.

Embodied cognition thus dismantles the illusion of “brain-centered” thinking and shows that there is no sharp boundary between body and mind. Our thoughts are not floating, abstract entities, but embodied patterns born from our movements, sensations, and connections.

Daniel Siegel “mindsight” concept points precisely to this: true learning occurs when the nervous system functions in an integrated manner—when different areas of the brain are coordinated, and signals from the body are not suppressed but are incorporated into understanding.

The Limits of Artificial Intelligence

Artificial intelligence is now capable of generating content, mimicking style, and even simulating empathy. But it is not capable of “being present.” AI processes patterns, but it does not feel the tension of the moment; the energy of the space does not resonate with it.

And that is precisely the difference. Presence cannot be simulated.

When a chatbot responds to you, no connection is formed. There is no mutual vulnerability, no excitement of shared discovery, no moment when you are both surprised by something you have just discovered together.

The Archaeology of Relational Knowledge

Social psychology and sociology have long known this: a person is not an individual entity, but a relation. Learning is not an internal process—it is interaction.

According to Martin Buber: “Man becomes an ‘I’ by encountering a ‘Thou.’” Emmanuel Levinas would add: “The encounter of faces is an ethical event that precedes all knowledge.”

But this is not just philosophy. Research in social cognition has shown that the activity of the brain’s mirror neuron system is at its peak only in a live social context. When you watch the same movement on video as you do in person, neurologically, something different happens.

The Group as a Living System

Presence-based training is not just learning—it is connection. The group is not an audience, but a living system. A kind of collective neural network in which every presence affects the others.

According to Peter Levine trauma theory: healing always takes place in a social space, because trauma itself is a relational injury. According to the polyvagal theory, our nervous system constantly “reads” the state of the people around us and regulates its own functioning accordingly.

This is not an esoteric concept—it is neurological reality.

The phenomenon of Zoom fatigue—and what lies behind it

This space cannot be replicated online. Zoom cannot convey the subtle vibrations of eye contact, the tension of silence, or the moments of shared laughter. The phenomenon of “Zoom fatigue” (digital communication exhaustion) is no accident: online communication is neurologically exhausting because our brains are constantly trying to compensate for the missing somatic information.

According to research by Matthew Lieberman, during online communication, the brain’s social pain centers are activated—it’s as if you constantly feel slightly rejected. In his book Social: Why Our Brains Are Wired to Connect, he demonstrates that social pain activates the same brain regions as physical pain. And conversely, social connection is a natural painkiller.

Think about it: at the end of a Zoom call, you’re not tired because you’ve been thinking a lot. You’re tired because your brain has been searching in vain for signs of human presence the whole time.

The Ontological Dimension

Philosophy comes into play here as a cognitive mirror. According to Sartre, it is the “gaze” in which we become subjects. Presence in training is not merely an act of learning, but an ontological act: we become what we can become in that moment.

Heidegger concept of “Mitsein”—“being-with”—describes precisely this: authentic existence is always authentic existence with others. We are not alone in our own minds. Existence is always social. Learning is always shared.

III. Intellectual Arrogance — When Knowledge Is Not Knowledge

The Anatomy of the Cognitive Allocation Fallacy

The latest form of self-deception has emerged in modern learning culture: the illusion that possessing information is equivalent to understanding it. This is known as the “cognitive allocation fallacy.” Or, more simply: intellectual arrogance.

It works like a software glitch. You search for something. You read the first three paragraphs. You already feel like you possess the knowledge. But there is no understanding without fully letting something in. Without mulling it over, letting it sink in, letting it settle, and then integrating it into your being.

Until then, you possess only noise, not knowledge. Until then, you’re just repeating words, not understanding. Until then, you’re just a search engine copy, not a human being.

The Dunning-Kruger Effect and Spiritual Materialism

According to psychology, this phenomenon is a form of the Dunning-Kruger effect: when someone overestimates their own understanding because they haven’t yet been exposed to the reality of experience. A competent person knows how much they do not know. An incompetent person does not know how much they do not know.

But it goes deeper than that: this is the colonization of learning. The triumph of Western, rationalist-rationalizing thought over the body, emotion, and intuition.

Buddhist teacher Chögyam Trungpa perfectly describes this with his concept of “spiritual materialism”: when we use even our spiritual or developmental path to inflate the ego. The accumulation of knowledge becomes an end in itself, rather than a means of transformation. This is the fundamental question of “Cutting Through Spiritual Materialism”: is your development genuine, or are you merely collecting the illusion of development?

Kahneman and the Two Systems

In Daniel Kahneman ’s “System 1 vs. System 2” (fast vs. slow thinking) model, it is System 2—slow, analytical thinking—that holds sway. We believe that slow, analytical thinking can grasp what only the fast, intuitive system is actually capable of “knowing.”

But learning isn’t just analysis. Learning happens in the body. Training sessions and podcasts where we just “listen” reproduce this illusion over and over again. It’s like watching a dance video and thinking you can dance. Or reading a book about childbirth and thinking you know what it means to give birth.

Deconstructing the Illusion

The essence of presence-based training: first, it deconstructs the illusion of learning—the belief that knowledge is purely cognitive. This deconstruction is painful because it calls into question what we’ve called “knowledge.”

It then opens up the space of the body-emotion connection, where the participant experiences learning. It is not about “knowing more”—but about existing differently.

In the present moment, alongside the cognitive level, bodily knowledge (what does the body feel in this moment?), emotional knowledge (what resonates within you and in the group?), and relational knowledge (how do you change through interacting with others?) come into play. This in itself is deconstruction, because it shatters the “we only learn in our heads” paradigm.

Ultimately: it transforms your way of being—because true learning is always existential, not just intellectual. You don’t take home the fact that you “understood”—but rather that you “exist differently in the world”.

IV. The Trainer as an Energetic Interface — or What Does Someone Do Who Doesn’t Teach, but Holds Space?

The Facilitator as a Quantum Field

In presence-based training, the trainer’s role is not that of a teacher, but rather that of an “energetic interface.” They do not convey information, but rather hold the space where the other person can encounter themselves.

This is similar to Nancy Kline’s concept of the “Thinking Environment”: the facilitator’s task is to create an environment where the other person can encounter their best thoughts. The basic idea behind “Time to Think” is this: most people don’t think deeply enough not because they aren’t smart enough—but because there isn’t a space around them that allows for deep thinking.

This space is not only psychological but also somatic. The body, the voice, the rhythm, and the movements are all part of the learning process. Here, the trainer does not lead the group—but resonates with it. Like a quantum field that reflects the moment and provides the security that anything can happen.

Maintaining a Polyvagal Presence

According to Stephen Porges and his polyvagal theory, the state of the facilitator’s nervous system directly influences the state of the group. If the trainer is in a regulated, safe state, this automatically regulates the participants’ nervous systems as well.

How does this work in practice? The vagus nerve—the longest cranial nerve in our body—constantly sends signals between the brain and the internal organs. According to Porges’ theory, the human nervous system operates on three levels: the safety state (ventral vagal—social connection), the danger state (sympathetic—fight or flight), and the life-threatening state (dorsal vagal—freeze). The facilitator, who is safe themselves, conveys this sense of safety to the group through their own nervous system.

This is not a technique, but a state. The trainer’s presence does not convey that “I know the answer,” but rather that “it is safe to be ignorant with me.” This is a radical shift from the traditional teacher-student dynamic.

Healing as Learning, Learning as Healing

Both medicine and neurology are increasingly recognizing that healing takes place not only in the biological realm but also in the relational realm.

According to Bessel van der Kolk and his trauma research: “The body keeps the score.” True healing—and learning—occurs when change takes place not only in the mind but also in the body. “The Body Keeps the Score” distills decades of clinical experience into a single thesis: trauma is not a memory but a bodily state. And if trauma is a physical state, then healing cannot be purely intellectual—it must also take place in the body.

The same is true of learning: change is not merely mental, but relational and physical. This is why presence-based training works where traditional, information-based education fails.

V. How does the brain change in living human relationships?

A revolutionary discovery in modern brain research: the brain is fundamentally a social organ. Research on the “social brain” has shown that the brain regions responsible for social relationships are active even in a resting state—this is the so-called “default mode network” (DMN).

What does this mean? It means that when you’re not doing anything—not reading, not thinking purposefully, just “being”—your brain isn’t resting. It’s running social simulations. It’s modeling the intentions of others. It’s evaluating relationships. The brain’s default state isn’t idling—it’s social thinking.

In his book Social, Lieberman demonstrates that social pain activates the same brain regions as physical pain. And conversely, social connection is a natural painkiller. The human brain, therefore, is not social because it has learned to be—but because it was built that way.

The Symphony of Mirror Neurons

The discovery of mirror neurons by Giacomo Rizzolatti and his team in Parma in the 1990s) changed the way we think about learning. These neurons are active even when we observe others’ actions, as if we were performing them ourselves.

But—and this is the key—they function at their best only in a live, interactive environment.

Mirror neuron activity decreases significantly when viewing video. This explains why learning online cannot be as effective as learning in person. Mirror neurons are not calibrated for “projection”—they are calibrated for presence. A face appearing on a screen does not activate them in the same way as a real, three-dimensional, breathing human being.

Interoception: Listening to the Body’s Inner Voice

Interoception—the perception of the body’s internal states—is playing an increasingly central role in the neuroscience-based understanding of learning.

According to research by Sarah Garfinkel, people who are more attuned to their heartbeats make more intuitive decisions and are better able to regulate their emotions. In other words: those who listen to their own bodies will also be able to listen to others.

Mindfulness-based training automatically develops interoceptive awareness because participants must constantly pay attention to the body’s signals. This is not a meditation technique—it is the neurological foundation of mindfulness.

VI. Digital Detox and the Return to Reality

Against the Attention Economy

Vivian Gornick writes: “True learning is always disruptive.” Presence-based training is particularly disruptive to the attention economy. In a culture built on entertainment and instant gratification, deep presence is a radical act.

Cal Newport “Deep Work” (https://en.wikipedia.org/wiki/Deep_Work) is just the beginning of this. Presence-based learning goes further than that: it is “deep being”—a state of profound existence where not only our thoughts but our entire being is focused. Deep Work is about how to think without distraction. Presence-based training is about how to be without distraction.

The Science of Delayed Gratification

Walter Mischel Since Stanford’s marshmallow experiments, we’ve known that the ability to delay gratification—the ability to refrain from eating something now in the hope of a greater reward later—is a better predictor of success in life than IQ.

Presence-based training is essentially a form of long-term delayed gratification: instead of immediate possession of knowledge, we choose gradual transformation. You won’t get the answer right now. But in six months, you’ll be present in the world in a different way.

FOMO vs. JOMO

“FOMO” (https://en.wikipedia.org/wiki/Fear_of_missing_out) is being replaced by “JOMO” (Joy Of Missing Out). Presence-based training is a conscious choice: giving up the constant flood of information in favor of a deep, transformative experience.

This choice is becoming increasingly difficult—because the flood of information is growing ever stronger. But precisely for this reason, it is also becoming increasingly valuable. Paradoxically, those who are able to give up constant input and instead be deeply present will learn more than those who hear everything but experience nothing.

VII. The Paradigm of Quantum Learning

The Observer’s Effect on Learning

One of the fundamental principles of quantum physics is that the presence of the observer alters the observed phenomenon. The presence of the trainer and the participants alters the learning space itself.

This is not a metaphor. Social neuroscience proves it: during the interaction between two people, their brains synchronize. This is known as “neural coupling” or “brain-to-brain coupling.” When two people truly pay attention to each other, their brain waves synchronize—as if they were becoming part of a single neural system.

The observer’s effect in learning is therefore not a mystical claim. It is a neurological fact: those present change what happens. That is why a lecture in an empty room is different from one in front of an audience. That is why a conversation on the phone is different from one face-to-face.

Holistic Emergence

According to systems theory: the system is more than the sum of its parts. A presence-based training group exhibits emergent (self-organizing, higher-level) properties that cannot be deduced from the individual participants.

It is like jazz improvisation. Individually, each musician can play, but what they create together is something entirely new. It is not in the saxophonist’s playing, nor is it in the drummer’s playing—yet when they play together, something is born that belonged to none of them individually.

The same thing happens in a presence-based training group: a shared space emerges from individual presences, the quality of which exceeds the sum of the individual contributions. This “more than the sum of its parts” is not an abstract concept—it is the moment when the group bursts into laughter all at once, without anyone having told a joke.

VIII. How will learning change in the coming decade?

The Limits of Hybrid Reality

VR (Virtual Reality) and AR (Augmented Reality) technologies have indeed come a long way: today they work with spatially aware avatars, hand-motion tracking, and partially lifelike visual environments. The hype often promises that these will completely replace in-person encounters.

But biology tells a different story.

Somatic intelligence—that is, the sensations arising from our bodies, nonverbal communication, micro-gestures, and hormonal responses—cannot currently be reproduced digitally.

Haptic feedback (vibrating gloves, touch simulation) is nowhere near capable of replicating the neurochemical effects triggered by a real touch or hug. A hug triggers the release of oxytocin, lowers cortisol levels, and synchronizes heart rates—an algorithm cannot yet model this physiological symphony.

That is why VR and AR tend to complement human interactions rather than completely replace them. This is one of the strongest arguments in favor of in-person training: the real impact happens where bodies, gazes, and energies actually meet.

The Generation Gap

Generation Z—and Generation Alpha after them—have been socialized in the digital space. For them, screens, social media, and chat apps are natural communication channels. Yet, paradoxically, they are increasingly hungry for authentic, live encounters.

Why? Because digital communication is fast but shallow. It lacks the nuances of emotion and the depth of presence. For many, this void leads to loneliness, anxiety, and depression. It is no coincidence that the mental health of Generation Z is being described as a crisis worldwide.

Research shows that young people feel much happier and more balanced when they can connect in a real community, in an offline space. This longing for the “real” is actually one of the major trends of the future: a generation overloaded by digital technology is seeking to reclaim reality.

Presence-based training offers exactly that: not nostalgia, but a solution to a real need.

The Shift in Corporate Culture

The post-COVID remote work boom has shown that while companies can operate online, not everything can be digitized. Today, companies have come to three major realizations:

Online meetings often cause cognitive fatigue without building team cohesion
Creative brainstorming, innovation processes, and conflict resolution are much more effective in person
Employee engagement and loyalty are built more strongly when there are real, shared experiences

That is why progressive companies are rediscovering the value of in-person workshops, offsite events, and training sessions. Not in the form of the old, forced team-building parties—but in spaces where genuine presence and connection can take place.

IX. Practical Dimension: How to Get Started?

The Facilitator’s Path of Development

If you’re thinking about this as a trainer, coach, or facilitator, the path of development has four levels:

Developing Your Own Presence: Mindfulness, somatic awareness, getting to know your own triggers. You cannot teach what you do not live. The facilitator does not primarily learn techniques—but learns about themselves.
Social intelligence: Group dynamics, conflict management, emotional regulation. A group cannot be led—only held. The quality of the hold depends on social intelligence.
Energetic awareness: “Reading” the space, sensing nonverbal cues, recognizing the group’s state. This is not a mystical ability—but attention, which develops through practice.
Technical skills: Facilitation techniques, the art of asking questions, the culture of listening. Technique comes last—because without presence, even the best technique is empty.

Creating the space

Presence-based training doesn’t work just anywhere. The space itself is the tool:

Physical environment: Circular seating arrangement, natural lighting, comfortable temperature. The message of the space: “Everyone here is equal, and everyone can see everyone else.”
Time management: Slow learning, the importance of breaks, following a natural rhythm. We don’t just “get through it”—we experience it
Set of rules: Safety, confidentiality, a non-judgmental space. Safety is not a rule—it is a feeling that the rules help create
Energetic frameworks: Opening and closing rituals, symbolic elements. Not decoration—but a signal to the nervous system that a different quality of attention is about to begin

Preparing the participant

Presence-based training has different expectations than a traditional workshop:

Letting go of control: The illusion of linear learning must be released. There will be no PowerPoint and no 10-point summary
Embracing vulnerability: Openness to the unknown. This is scary—and that is precisely why it is transformative
Developing body awareness: Increasing interoceptive awareness. Paying attention to the body, not just the mind
Slowing down: Accepting the pace of the process. Patience is not a weakness—it is a prerequisite for presence

X. Ethical Issues and Responsibility

The Danger of Manipulation

Presence-based training is a powerful force. And every powerful force comes with responsibility.

The facilitator can easily abuse the participants’ vulnerability. When someone opens up—because the space is safe, because the group holds them—that openness must be handled with care. Presence-based training is not manipulation. But if the facilitator is not mindful enough, not self-regulated enough, not ethical enough—it can become manipulation.

That is why strict ethical frameworks are necessary. Not because presence is dangerous—but because it is valuable. And what is valuable must be handled with care.

Participants must know what they are getting into. Presence-based training is not therapy—but it can have therapeutic effects. This gray area requires special attention.

Participants have the right to know: what will happen? To what extent is their participation required? What can they say no to? This is not a bureaucratic formality—but an ethical foundation. Safety is not just a feeling. Safety also means that the participant can leave at any time, and that is okay.

Cultural Sensitivity

Norms regarding physical proximity, eye contact, and emotional expression vary across cultures. The facilitator must respect these differences.

What is natural silence in a Scandinavian group may be awkward silence in a Mediterranean group. What is courageous vulnerability in an individualistic culture is a violation of group norms in a collectivist culture. Presence-based training is not “one size fits all”—precisely because presence itself is not.

XI. Case Studies — When Presence Makes History

Personal Case Studies

The introvert who finally spoke up. For years, Anna tried to improve her communication skills using training videos. She knew everything about “assertiveness”—but froze in practice. During a presence-based training session, when someone in the group asked her directly, she finally had to say what she thought. The anxiety she felt in her body and the group’s supportive reaction broke the ice. She took that experience home, and the next day at work, she stood up for herself for the first time. Not because she learned a technique—but because she experienced what it’s like to stand up for herself and survive.

The Leader Who Realized He Wasn’t Paying Attention. As a middle manager, Péter had read every book on leadership. Yet his colleagues felt he “wasn’t really there” with them. During a training session, when he was simply supposed to sit in silence and look another participant in the eye, he suddenly realized: he had never truly paid attention before. Through his body, his breathing, and his eyes, he understood what presence meant. From that point on, his meetings took on a different quality. Not because he used a new method—but because he was present in a different way.

The mourner who experienced that she was not alone. Kata lost her mother. She knew what psychology books said about the grieving process, but she felt empty inside. During the training, when she voiced her pain and the group members simply stayed with her in silence, she felt for the first time: she didn’t have to carry this burden alone. This wasn’t cognitive knowledge—it was experienced community. The silence in which the others remained present gave her more than any advice ever could.

Business Case Studies

Innovation that only happened in person. A tech company had been holding online brainstorming sessions for months, but no new ideas were emerging. When they finally met in person at a presence-based workshop, through shared laughter, spontaneous gestures, and nonverbal energy, more concepts were born in two days than in the online meetings of the previous six months. Presence was not a luxury—it was a prerequisite for innovation.

The fragmented team that became a unit again. A banking team fell apart after working from home: everyone worked in isolation, barely speaking to one another. During the in-person training, through group exercises, they realized how much they had missed each other’s presence. After the training, they voluntarily introduced a weekly “team day” at the office—their performance and morale improved dramatically.

The turnover that presence stopped. During a presence-based leadership training session, when leaders were directly confronted with their employees’ stories, they sensed the real problem: people felt lonely and invisible. This sparked a cultural shift in which personal attention was given space again. Turnover decreased—not because of pay raises, but because of attention.

XII. The Question of Measurability

Qualitative vs. Quantitative Evaluation

How can the impact of presence be measured? Traditional ROI (Return on Investment) calculations don’t work here. The impact of presence is not linear, not immediate, and cannot be measured with the same tools as a sales training program.

Instead, different measurement systems are needed:

Long-term behavioral changes: 6–12-month follow-up. We don’t look at what participants say at the end of the training—but rather how their behavior has changed six months later
360-degree feedback: Observations from the environment regarding the change. It’s not the participant’s self-assessment that matters most—but whether their colleagues, family, and team see a change
Psychophysiological markers: Stress levels, sleep quality, heart rate variability. These are not “soft” metrics—they are biological indicators that show genuine changes in condition
Qualitative interviews: Changes in personal narratives. How does the participant talk about themselves, their work, and their relationships six months after the training?

The question of the placebo effect

Critics argue that the effect of presence-based training is merely a placebo. But what if the placebo effect itself is a real change?

According to neuroplasticity research: what we believe about ourselves changes the brain at the neurological level. A placebo is not “nothing”—it is the neurological imprint of belief and expectation. If presence-based training is a “placebo”—then the question is: how does it differ from the “real” effect? If the participant changes—if their behavior, relationships, and well-being improve—then the change is real, regardless of the mechanism that caused it.

Conclusion: Learning for the future is not education, but a living encounter

Presence-based learning is not a new method. It is not a training technique. Rather, it is a paradigm shift that is not based on the transfer of knowledge, but on the awakening of awareness.

The question is not what you teach. It is whether you are present. The question is not what the participant knows. It is what they experience. The question is not how much you have learned. It is how much you have changed.

This is not a romantic notion. It is reality. A reality where human connection, the wisdom of the body, and emotional intelligence reclaim their rightful place in learning.

Paradoxically, the rise of artificial intelligence brings us back to what is most human: presence. AI processes information, but we create meaning. AI simulates; we experience. AI analyzes; we transform.

That is why this cannot be captured on video. Because presence is not a file format. It is something that only happens… when you are there too.

The future does not lie in the digitization of learning. It lies in its re-humanization. Presence is not a nostalgic return to the past. But a radical step into the future.

A future where learning is not information consumption, but human encounter. Where development is not the accumulation of knowledge, but the growth of awareness. Where education is not transmission, but discovery.

Key Ideas

Learning as a bodily experience — research on embodied cognition confirms that the body and mind learn together; multisensory experiences leave a deeper impression than abstract information
The group’s collective neural network — mirror neuron activity is at its peak during live interaction but decreases significantly via video; this is the neurological cause of Zoom fatigue
Intellectual arrogance is the enemy of learning — the Dunning-Kruger effect and Trungpa’s spiritual materialism point to the same thing: possessing information is not the same as understanding
The facilitator’s neurological state regulates the group — according to Porges’s polyvagal theory, a secure facilitator creates a safe space, not through technique, but through state
Interoception is the neurological basis of presence — those who hear their own bodies also hear others; Garfinkel’s research demonstrates this connection
Delayed gratification is the price of learning — Mischel’s marshmallow experiment applies to presence as well: gradual transformation, rather than immediate knowledge, is the true gain
Presence can be measured, but with different tools — not traditional ROI, but behavioral change, 360° feedback, and psychophysiological markers indicate the impact
VR/AR cannot replace physical presence — the synchronization of oxytocin, cortisol, and heart rate cannot currently be simulated by technology

Key Takeaways

True learning is not about absorbing information, but rather embodied cognition, in which multisensory experiences leave a deep imprint on neural networks. As Daniel Siegel points out, true understanding requires the integrated functioning of the nervous system.
The basis of group learning’s effectiveness is the collective neural network, in which live connection and the functioning of mirror neurons are essential. This explains the neurological cause of Zoom fatigue and why presence cannot be streamed.
The mistaken view that possessing information is equivalent to understanding (“intellectual materialism”) is the greatest obstacle to learning. Change is not a cognitive but an existential shift.
The trainer or facilitator does not convey information but functions as an energetic interface. According to Stephen Porges’s polyvagal theory, their nervous system state directly influences the group’s sense of safety and openness.
Artificial intelligence, while revolutionizing data processing, is unable to reproduce the transformation that arises from living, embodied experiences. As CORPUS also suggests, machine learning is crucial, but human connection and presence operate on a different level.

Frequently Asked Questions

Why isn’t knowledge enough to bring about change?

Because change is not a cognitive process—it is existential. We know from Kahneman’s “System 1 vs. System 2” model: analytical thinking (System 2) believes it can grasp what only the intuitive, bodily system (System 1) is actually capable of “knowing.” Presence-based training works where information-based education does not because it does not seek to bring about change in the mind—but in the body, emotions, and relationships. When knowledge remains only in the mind, it is like learning to swim from a book: you understand the theory, but you sink in the water.

How does the facilitator’s nervous system affect the group?

According to Stephen Porges’s polyvagal theory, the human nervous system has three states: safety (ventral vagal—social connection), danger (sympathetic—fight or flight), and life-threatening danger (dorsal vagal—freeze). The state of the facilitator’s own nervous system directly influences the state of the group members. If the facilitator is in a state of safety—regulated, calm, present—this automatically leads to a sense of safety within the group as well. This is not manipulation and it is not a technique: it is neurobiological co-regulation, which the body performs automatically. That is why the trainer’s state of being is more important than what they say.

How does presence-based training differ from a traditional workshop?

In three fundamental dimensions. First: a traditional workshop conveys information—presence-based training aims for transformation. Second: a traditional workshop works in the mind—presence-based training works in the body, emotions, and relationships as well. Third: in a traditional workshop, the trainer teaches—in presence-based training, the facilitator holds space. This is the crucial difference: the facilitator does not “know the answer”—instead, they create a space in which participants find their own answers. Nancy Kline’s concept of the Thinking Environment describes exactly this: the deepest thinking arises not from the expansion of knowledge, but from the quality of attention.

The Algorithm of Presence — in a world of infinite content, presence is the scarce resource
The Anatomy of Presence — embodied consciousness in the digital age
The Meaning of Friction — what is difficult teaches you; what AI removes, you cannot get back

Zoltán Varga - LinkedIn
Neural • Knowledge Systems Architect | Enterprise RAG architect
PKM • AI Ecosystems | Neural Awareness • Consciousness & Leadership
Presence is not a file format. It only happens if you show up.

Strategic Synthesis

Convert the main claim into one concrete 30-day execution commitment.
Set a lightweight review loop to detect drift early.
Close the loop with one retrospective and one execution adjustment.

Next step

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