Three systems, one conductor
Posture is not a local reflex. It is a multisensory integration driven by the central nervous system.
The body stands thanks to several inputs integrated continuously: the eyes (horizontal axis), the inner ear (sagittal plane, extension) and the feet — plantar exteroception, that permanent contact with the ground. The plantar input is among the densest in the body. Peer-reviewed
But those axes are useless without whole-body proprioception: the knowledge, through muscles, tendons, joints, ligaments and skin, of where each segment sits. Without it, visual information becomes unusable — one still has to know where the eye sits in its orbit, and where the head sits relative to the body. It is this synthesis of every receptor that the CNS performs, from the thalamus to the cerebellum. Peer-reviewed
When one input is degraded, the system does not reject the information: it compensates by overloading the others. That compensation is invisible, normalised — but it burns energy continuously. The hypothesis we are testing is that Q-Technology modifies the signal reaching that network. Working hypothesis
Posture is only the visible part
What is seen moving within seconds is the output of a process that mobilises almost the whole brain.
Postural control shares its networks with attention, autonomic regulation, sleep and coordination. The dual-task literature shows that posture and higher cognition draw on common resources. Reorganising posture therefore means touching networks that also do other things. Peer-reviewed Posture is simply the only one of those functions that produces an output visible and measurable with the naked eye.
How the signal travels through the body
A chain assembled from documented components — and honestly labelled where it becomes hypothesis.
The first link — the field level actually restored in the vicinity of the circuit — is not established: it is our open question no. 6. The links that follow draw on published literature. Experimental work applying electric or electromagnetic fields at defined parameters reports changes in fibroblast proliferation, collagen expression or matrix remodelling. The direction and magnitude of these changes vary with the protocol, and these exposures are low-frequency — they cannot be transposed to our circuits unless a comparable local exposure is measured first. Documented Transposition not established Connective tissue itself has been proposed as a body-wide signalling network (Langevin, 2006), with collagen showing piezoelectric and semiconducting properties. Theoretical proposal
What remains to be demonstrated is that the Q-Technology signal couples to that medium and produces a measurable redistribution within it. That is exactly what the internal studies seek to objectify. Working hypothesis
Two routes to the nervous system
They converge — because the fascia is itself innervated. Even a purely tissue-level effect loops back to the CNS.
Two routes lead to the nervous system: a sensory route — exteroceptive (the foot on the ground, the skin) and proprioceptive (muscles, tendons, joints) — well documented Peer-reviewed and a resonant / tissue-level route, still at the hypothesis stage Working hypothesis. The two converge, because the fascia is itself innervated.
And the matrix is not merely passive scaffolding. The brain's extracellular matrix is electrically active and governs neuroplasticity: perineuronal nets open or close learning windows (Fawcett, 2019). Peer-reviewed That tissue takes part in neural signalling is therefore not wishful thinking. What remains is to establish the specific coupling with our signal. Working hypothesis
Four registers, four names
Q-Technology does not manufacture an artificial frequency: these names refer to documented physical phenomena — they designate our profiles, they do not describe what the circuit emits. Four calibrations follow from them — the four biophysical profiles, revealed by the Perfect Posture Test.
Two objections come up constantly. Both are legitimate, and both have an answer.
The objection applies primarily to a conventional resonant antenna, which is generally dimensioned as a fraction of the wavelength. A localized LC resonator is not subject to that same direct geometric constraint: its ideal natural frequency follows f₀ = 1/(2π√LC). The values of L and C nevertheless depend on its geometry, materials, parasitic capacitances and coupling environment. With 0.5 µH and 12 nF, the worked example in the patent gives an ideal frequency of approximately 2.05 MHz. The actual resonance of the assembled circuit must be established by measurement. The circuit does not create a low frequency: it selects a band.
They are design references, not emitted frequencies. They describe the physiological registers the calibration aims at, not the carrier of the circuit. Any low-frequency component would require a non-linear element. We describe our circuits as passive resonant circuits — inductance, capacitance, resistance. We do not claim any non-linear element, and therefore we claim no frequency conversion.
These are two independent properties: passive means without a source of energy; linear means that a component only returns frequencies already present at its input. A component can be passive and non-linear — a diode is exactly that: no power supply, yet it rectifies the signal. The crystal radio illustrates the point precisely: the tuned circuit selects the station, and it is the detector — passive, battery-free — that extracts the sound from it. An entirely passive device can therefore produce a low-frequency component, provided it contains a non-linear element. We describe our circuits as passive resonant circuits — inductance, capacitance, resistance. We do not claim any non-linear element, and therefore we claim no frequency conversion. It is written here because the distinction is real and is often badly posed.
The idea that living systems respond to precise frequency registers was the subject of a patent filed on 14 December 1995 by Michel Marignan (FR 2 742 339), then of an international extension filed on 13 June 1997 by Alain Baudry and Michel Marignan (EP 0 988 085 · US 6 461 375 · CA 2 294 631). This portfolio is cited as public prior art: a patent establishes novelty, never efficacy. That portfolio has expired: the principle is in the public domain.
It describes activation of the circuit by the high-frequency components of the ambient electromagnetic field; a circuit comprising a high-frequency oscillating circuit, a coupling self-inductance and a low internal resistance, with no internal source of energy; and a mode of operation belonging to the family of radio-identification systems. With the documented example values of L and C, the ideal natural frequency lies around 2.05 MHz — not at 7.83 Hz or 0.1 Hz. The actual resonance of the assembled circuit must be established by measurement.
These inspirations define four calibrations — four biophysical profiles, at the origin of Nicolas Desjardins' discovery — revealed by the Perfect Posture Test (15 minutes). Every nervous system has its own entry point; the test reveals which one. Observed internally
The engraved plates name the register. Omega exists in two orientations — arrow up and arrow down are two distinct calibrations. Go is a separate range, with no profile determination.
EMF · the variable nobody measures
We live in a permanent electromagnetic load that the previous generation never knew.
A 2013 review by Pall proposes that some biological effects observed under electromagnetic field exposure may involve voltage-gated calcium channels. Bandara & Carpenter (2018) call for better assessment of cumulative radiofrequency exposure. Mechanistic review Scientific commentary
Q-Technology uses a passive resonant circuit — inductance, capacitance, resistance, with no on-board energy source: no battery, no transmitter of its own. It captures the ambient electromagnetic energy present in its resonance band and restores it locally. This is not “protection” by shielding, but restitution. Working hypothesis
Why the response varies from one person to the next
If the fascia carries information, then the medium must be conductive. And water governs that conduction.
The connective-tissue matrix carries a fixed negative charge that holds water and positive ions. Small variations in hydration strongly change the conductivity of collagen. Peer-reviewed Observable consequence: a well-hydrated person tends to respond immediately; a dehydrated person may respond only after rehydration. Observed internally
Q-Go and Q-Pro · two mechanisms, one ecosystem
A universal entry point, and a precision calibration. Together they form a single system.
Why measure the left/right gap
The chosen parameter is not neutral. Here is why it is useful — and where it can mislead.
The difference between the left and the right side on the same movement, read on a dynamometer. Not a posture score: a difference, expressed as a percentage of the strong side.
Each subject is their own control. The gap is independent of absolute strength — which varies by a factor of three between people — and it can be read in seconds, by instrument.
Voluntary force is an output, not a property of the muscle alone: it depends on the central command and on the sensory integration that precedes it (Horak, 2006). A gap that moves within seconds cannot be a change in the muscle. Peer-reviewed
An asymmetry is not a pathology, and symmetry is not performance. No clinical threshold is established here, and no diagnosis is made.
Measurement noise, an always-identical test order, expectancy, regression to the mean: four mechanisms that produce the same drop with no intervention at all.
Blinding against a sham circuit, randomised order, the weak side determined in an earlier session, a control group with no intervention, and a sufficient sample. That is the protocol under way — not the data on this page.
What is observed in 12 seconds
Internal measurements, unblinded, standardised protocol — presented as such.
Across a series of 6 subjects and 4 muscle groups, left/right asymmetry is divided by 2 to 5, and it is preferentially the weak side that improves. Observed internally Uncontrolled series: fixed order, no sham circuit, unblinded.
These strength observations are functional observations from unaudited internal tests, not a clinical trial. They indicate a direction, not proof of efficacy. Observed internally
What is known, what is observed, what is unknown
Rigour also means naming the limits. Here is how each statement is classified.
Documented — postural control is a multisensory integration, established by decades of neuroscience. What is not established is that our device reorganises it: that is what our observations suggest and what our studies must settle. Peer-reviewed
Defensible bridge — possible systemic effects (autonomic tone, HRV, sleep) via the nervous system: to be documented. Observed internally
Frontier — tissue re-informing through resonance: a coherent hypothesis we are testing, not a settled fact. Working hypothesis
Measuring a left/right gap twice in a row statistically produces a decrease, independently of any intervention — because the side that measures lowest on the first attempt is more likely to be the one measurement noise pulled down. That explanation accounts both for the drop in asymmetry and for the fact that the weak side improves most. It cannot be ruled out today. It can only be ruled out by three corrections: randomising the order, working blind against a sham circuit, and determining the weak side in an earlier session. The baseline drop will also be measured, by re-testing subjects with no intervention at all. Working hypothesis
We lead with the documented. We win the frontier with data. We never promise on credit — and for a rigorous mind, that is the best signal of seriousness we can offer.
The quality of this document is not a datum about the product. A page can be perfectly calibrated on its own weaknesses and still describe something that does not work. “They are so transparent they must be right” is a false inference — and transparency at this level is, mechanically, more persuasive than a dishonest pitch. It is written here so that the rigour of the text is not taken for proof. It is not proof.
Designed in Europe · assembled in France
A passive, traceable technology, compliant with European standards. What can be measured can be traced.
Q-Technology is published by Q-Technology OÜ (Tallinn, Estonia) and assembled in France. The circuit is entirely passive: no battery to recycle, no active emitting electronics, no electrode stuck to the skin.
According to the manufacturer’s technical documentation, the device has been tested by an independent testing laboratory, verifying its compliance with the applicable European standard for the assessment of human exposure to radio-identification devices.
It is cited for what it is — a safety element verified by a third party — and will not be made to say anything else.
The objections, addressed honestly
The questions a rigorous mind rightly asks.
References
A peer-reviewed selection supporting the mechanisms invoked.
