★ I · RESEARCH PLAN

The feeling-connection system

A research direction around the basal human feeling layer, the night as integration phase, error detection in upbringing and leadership, and the hypothesis that feeling-to-feeling transfer has a physical channel. Not a closed theory. An open invitation.

June 2026 · by Jacobus van Merksteijn · Malta

The proposition

Humans have a basal feeling layer that is older than language. During the day, the intellect collects questions, impressions, tensions. At night, the feeling layer integrates that material with everything that was already there — every prior experience, relationship, body-knowledge. On waking, that yields a morning utterance: a feeling that is in fact the system's complete decision.

Then language returns. The morning conclusion is overwritten by rationalisations, social pressure, screens, meetings.

And between people a second channel may operate: feeling that, without language, passes from one person to another. The literature calls it intuition, non-verbal attunement, social intuition. This plan adds a working hypothesis: that beneath that attunement lies a physical channel — a carrier — that is in principle measurable.

Why now

Management literature has long known that leaders who decide intuitively often take better decisions than leaders who reason everything flat. But companies and governments keep speaking publicly in the language of reasoning. Feeling stays in the background. Is rarely articulated. Is rarely cultivated.

At the same time, studies of upbringing show what children need: limits, physical play, winning and losing, conflict and repair. Screen time goes up, outdoor play goes down, and as that shifts, so does the natural training ground in which the feeling layer calibrates itself.

If the feeling layer truly is a fundamental function, then the current culture is not merely socially or pedagogically problematic. We are then disturbing a deeper human learning system.

The concepts — briefly

• Day consciousness (D) — language, reasoning, explicit knowledge, the questions posed during the day.
• Feeling-network (F) — the parallel, bodily, life-wide layer in which all prior experiences are stored.
• Primal feeling — the moment F breaks through into consciousness. Direct knowing without reasoning.
• G-system — working name for the channel by which inner state may act on others or be picked up by others.
• Error detection — the learning function during nightly integration. Determines which patterns persist, weaken, or strengthen.

The process model

The cycle has four phases.

1. Phase 1 · Day inputDuring the day the intellect collects facts, problems, tensions, impressions. The day's questions are formulated here.
2. Phase 2 · Nightly integrationDuring the night the day's input is repeatedly offered to the feeling-network. F integrates the new information with the existing life-matrix. Error detection corrects.
3. Phase 3 · Morning verdictOn waking, the language layer is not yet fully active, but the feeling-network has already done its work. As a result an early feeling-conclusion appears — the most complete decision the system is capable of at that moment.
4. Phase 4 · Day overwritingAfter waking, language, stimuli and social pressure increase rapidly. The morning conclusion is softened, reasoned away, or overwritten.

The folk wisdom of "sleeping on it" is, in this model, no folk wisdom. It is a description of a normal working process in a system that most people no longer train.

Error detection as key

The quality of the morning verdict does not depend on how much input a human gathers during the day. It depends on how well error detection is calibrated.

• Too low error detection — insufficient correction, the verdict is incomplete or flat.
• Too high error detection — overcorrection, resonance, the system does not converge. People who keep worrying recognise this.
• Correct error detection — converges to a stable and usable conclusion.

In this logic leadership is not a matter of IQ or eloquence. It is a feeling-network that learns correctly across nights and reliably arrives at an integrated conclusion.

Upbringing as first calibration

The system is not calibrated in adulthood. It is calibrated in childhood.

A child given clear limits learns what "too much" and "enough" feel like. A child who plays physically, falls, quarrels and makes up again learns what "safe" and "not safe" mean. Not as a word. As body-knowledge.

A child given mostly a screen lacks the training ground. Error detection is not trained. The feeling layer receives no calibration. As an adult that person has the same night as everyone else, but the verdict is unsound — because the system was never properly tuned.

This is not a pedagogical preference. This is a hypothesis about how a biological learning system is programmed.

The limited feeling alphabet

A direct feeling layer carries no rich language. It does not need to. Two axes are evolutionarily sufficient:

• Fear and safety — danger, avoidance, threat, unsafe versus rest and trust.
• Love and rejection — connection, care, closeness versus aversion, distaste, distance.

Animals work on precisely these two dimensions. Attachment research confirms that infants pick up those same poles before knowing a single word. And if we are honest about what we feel in the first seconds with a stranger — we feel those two things. No more.

Language came later. Language could take over the complexity. But the basal feeling layer kept working in the background.

The physical hypothesis

Here comes the leap. The current literature explains non-verbal attunement via body language, physiology, scent, unconscious signals. That explains much. But it does not explain everything.

Working hypothesis: there is an additional physical carrier. A working name: human gravitational waves, in the giga- to terahertz domain. This is not a claim of existing consensus. Current gravitational physics links measurable gravitational waves to cosmic sources, not to humans.

But the hypothesis is researchable. And if it should prove partly correct, it opens a field at the intersection of neuroscience, behaviour, physics and communication theory.

The brain as an array

The next line of thought is that large nerve tracts in the brain — running frontal-posterior — together form what technically is called an array. Very small but high-frequency excursions in the length or tension of many parallel elements can, when in phase, form a directed beam at a distance.

The analogy is a loudspeaker array. Each individual element does little. Together, in phase, they form a directed sound beam that holds across a hall. A brain that could "transmit" in that manner — directed, phased — would be no mystery. It would be an application of a principle the technical world has long known.

Three detector concepts

1 · Direction-sensitive sensor array

An array of sensors that does not only register amplitude but, above all, phase differences and directional coherence. If a human "transmits" in a directed manner, an appropriate array should see a coherent directional structure.

2 · Bio-resonance setup

Sensitive people become part of the detector themselves. A transmitter directs attention, loving focus or aversive focus toward a receiver. In the receiver one measures heart rhythm, breathing, skin conductance, possibly EEG. If in blinded conditions a repeatable pattern emerges — that is no proof of gravitational waves, but it is a strong indication that a non-linguistic channel operates that current science does not sample.

3 · Neuro-array correlation

First search in the transmitter's brain for a repeatable "beamforming mode" — a spatial and temporal pattern in brain activity that accompanies conscious directing. Only then search for external correlates in the receiver.

A first practical measurement

A workable first experiment combines concepts 2 and 3.

1. Select a small group of people who report being able to "transmit" strongly or experience an intense primal feeling.
2. Let them, in standardised sessions, direct attention, loving focus or aversive focus at a receiver.
3. Measure simultaneously, in the transmitter, simple brain signals, and in the receiver physiological and subjective responses.
4. Use blinded blocks — the receiver does not know when directing is occurring.
5. Do not search for one signal. Search for a pattern of repeatable coherence across time, direction and response.

If such patterns prove reproducible, the basis arises to move on to more direct physical arrays.

The phases for follow-up

• Phase A · Concept definition. Definition of D, F, primal feeling, error detection, G-system. What is in, what is out.
• Phase B · Literature mapping. Catalogue cases in which intuition, morning clarity and direct feeling-attunement are reported. Connect with sleep, leadership, upbringing, animal behaviour.
• Phase C · First hybrid measurements. Simple physiological and neuro-electric correlation measurements with directed attention and primal feeling.
• Phase D · Detector development. Spatial arrays and phase-sensitive systems that can test coherence directions.
• Phase E · Neuro-anatomical modelling. Which large nerve tracts in the brain are most plausible as the source of a directed field pattern.

Why this is attractive

This direction connects phenomena now spread across different disciplines: intuition in leadership, the value of a night's sleep, attachment and safety, limits and upbringing, outdoor play and social calibration, animal communication, non-verbal attunement, and the boundary between human and machine.

One framework. Five research questions. Three detector lines. One hypothesis with a physical anchor that is in principle testable.

If the main hypothesis proves false, we will have described intuition, upbringing, sleep and decision-making better than before. If it should prove partly correct, a field opens that could make scientific history.