SUPERLUMINAL COMMUNICATION IN THE PHYSICAL VACUUM ON LONGITUDINAL WAVES

Outside the workshop window, Paris of 1823 rumbled — heavy carriages clattered over the cobblestone pavement, green-grocers shouted, and snatches of rehearsals of Rossini's new passages drifted from the windows of the Italian Opera Theatre. Inside the workshop it was quiet, smelling of spruce shavings, boiled maple glue, and varnish.

Young Jean-Baptiste Vuillaume sat at his workbench. Over the course of the day, his ears were completely clogged with city noise and endless testing of instruments.

But he did not need his hearing right now. Through his bones, ribs, and instrument passes a powerful, but inaudible to the ear, radiation of the Universe B (491.6 Hz).

The instrument is still silent, and the Pacinian corpuscles born in the frequency of the Universe are adapted to this background.

Jean-Baptiste took the newly assembled, not yet varnished violin in his hands, sat up straight, exhaled deeply and tightly, without gaps, pressed the lower maple back into his right ribs.

With his left elbow, he leaned on the neck of the fingerboard, literally closing the acoustic circuit.

His own skeleton and the wooden box of the violin became a single physical antenna-resonator.

The master could not know that through the walls of the workshop, through the Parisian smog and his own bones, the all-penetrating external radiation of space, pulsating at a frequency of 491.6 Hz, passed soundlessly.

It was the invisible note B.

The master did not hear it with his ear, but its presence was recorded every second by the deep subcutaneous receptors of his body — the Pacinian corpuscles, which he did not know about either.

The master's periosteum was tuned to this background, waiting for the instrument to enter into a dialogue with it.

THE BIRTH OF THE NOTE A

The master plucked the gut string with his finger. It responded with a dull, flabby slap. Jean-Baptiste placed his fingers on the wooden peg and began slowly, by fractions of a millimeter, to tighten the gut, leading it up to the point that the musicians of the Italian Opera would later call their reference note A.

Chaos Phase (Around 400 Hz): The string began to give a voice, but it was infinitely far from the invisible tuning fork of the Universe. A dry, prickly, irritating "itch" struck the Master's ribs. The Pacinian corpuscles rebelled, transmitting a signal of severe physical discomfort to the brain. The wood seemed to resist the ribs, and the vibration went in jerky, frequent thrusts.

Heavy Beats Phase (Around 425 Hz): The peg turned further. The chaotic itch disappeared, but instead, a heavy, dense rocking was born inside the chest. The overtones of the tightened string and the all-penetrating clock frequency of the Universe began to collide. Inside the Master's lungs, heavy sea waves seemed to roll, forcing him to breathe in time with the pulsation of the instrument. The waves struck the bones with a frequency of about 15 times per second.

Isthmus of Destructive Balance (Around 435 ÷ 436 Hz): The tension approached the critical line. And here Vuillaume intuitively, with a multi-year movement, corrected the force of the strike on the soundboard. The mathematics of the function on this narrow stretch of time required an excess of energy — his fingers found the ideal amplitude ratio of 1.12 to 1.0. The waves began to cut each other's peaks. The shaking in the chest began to subside rapidly, the fluctuations inside his body "squeezed", becoming flat. The thrusts into the ribs became rare and deep: strike... pause... strike.

FLASH OF SILENCE (Point 436.98 Hz): A microscopic movement of the fingers. And suddenly... everything disappeared. The thrusts stopped. The internal rocking froze. The overtones of the A string and the invisible background of B found each other in a flawless natural proportion of 8:9. The Pacinian corpuscles instantly turned off the alarm signal — the friction of frequencies stopped. For Vuillaume, this felt not like the appearance of a new sound, but as a sudden fall into absolute physical peace. The instrument in his hands instantly lost its "vibrational weight". The wood froze, becoming a weightless, transparent, and monolithic extension of his own ribs. The great silence snapped shut exactly at the frequency of 436.98 Hz.

The master froze, carefully removed the instrument from his chest, and fixed the peg. A light smile played on his lips.

He did not know about the Pacinian corpuscles, formulas, and graphs, but his body had just performed the most accurate calibration using the radiation of the Universe, giving Paris of the Rossini era its ideal, singing note A 437 Hz.

FROM EMPIRICAL METHODS TO MECHANORECEPTION

The described phenomenon of the "FLASH OF SILENCE", intuitively used by J. Vuillaume at the somatosensory level in daily practice, was not an individual invention of the master. This technique of tuning acoustic devices represents a natural result of the centuries-old evolution of instrumental technologies that originated in the late Renaissance at the junction of early medicine and empirical materials science.

Until the middle of the 16th century, the perception of acoustic fields was predominantly syncretic. The ancient Greek Pythagoreans mathematically fixed the geometric proportions of the monochord, and the ritual practices of ancient tribes used the tactile resonance of large membranes pressed against the body, but the physics of the process was not separated from mysticism. The fundamental clock frequency of space, 491.6 Hz, governed biological systems subconsciously.

The realization of the human skeleton as a precision measuring instrument occurred discretely and included four key stages:

Verification of Bone Conduction (1550): The first official scientific description of the phenomenon of elastic wave translation bypassing the hearing apparatus belongs to the Italian physician and mathematician Gerolamo Cardano. Experimentally fixing the transmission of acoustic vibrations from a string to the bones of the skull and the auditory cortex by means of a metal rod clamped in the teeth, Cardano proved that the rigid bone skeleton of a human functions as an ideal physical waveguide.

The English Method (17th century): Cardano's discovery was instantly integrated into the practice of musical instrument makers' guilds, in particular, English luthiers and makers of viols. In noisy workshops and with the rapid degradation of capricious gut strings, the masters switched from auditory control to tactile. It was empirically established that when the lower back of the instrument is tightly pressed against the ribs in the area of the periosteum, a "moment of silence" occurs. High B note (in the range of 491 ÷ 492 Hz) often acted as a reference clock tone (drone) during this period, against which the masters tuned the A string (~437 Hz), capturing with Pacinian receptors the antinodes of the major second interval in a ratio of 8:9.

Invention of the Tactile Tuning Fork (1711): The method of bone-tactile calibration became so fundamental that in 1711, the English court luthier and trumpeter John Shore created the tuning fork precisely as a portable physical oscillator for contact use. Old masters and performers (including L. van Beethoven during his hearing loss period) did not listen to the tuning fork acoustically with their ears, but pressed its massive conical leg to their teeth, temporal bone, or ribs, reading a pure mechanical frequency standard directly by the somatosensory system in cooperation with the frequency of the Universe.

Parisian Triumph and Instrumental Integration (1820s): In J. Vuillaume's workshops, this method reached its technological peak. The design of violin plates was calculated in such a way that under the maximum static tension of the strings, the instrument yielded a pronounced response into the master's ribs strictly at a frequency of 436.98 Hz, paired with the spatial reference background of 491.6 Hz without using a tuning fork.

From the point of view of modern neurophysiology, this centuries-old experience relies on the strict biophysical structure of encapsulated lamellar Pacinian corpuscles (Corpuscula Pacini). These deep-seated mechanoreceptors have macroscopic dimensions for the nervous system (length 1.0 ÷ 4.0 mm, transverse diameter 0.5 ÷ 1.0 mm) and consist of 20 ÷ 60 concentric lamellae of connective tissue separated by layers of intercellular fluid. Inside this structure is enclosed a bare axonal terminal with a diameter of only 1.5 ÷ 2.0 μm, surrounded by a fluid bulb of the inner core, with a total thickness of up to 10 ÷ 20 μm.

Such morphology turns the Pacinian corpuscles into a highly efficient mechanical bandpass filter of low frequencies with peak sensitivity in the range of 150 ÷ 400 Hz. At the stage of preliminary string tension (in the chaos phase at a frequency of ~395 Hz), the resulting high-frequency subharmonic beats cause a mechanical displacement of the lamellae, which generates intensive afferent impulsation into the somatosensory cortex, perceived by the subject as a dry vibrational itch and severe physical discomfort.

The mathematical model of this process clearly illustrates the transition from the chaos phase to the state of coherence on the diagram. When the A string reaches the target frequency of 436.98 Hz, a continuous solid envelope with a silence frequency of 54.62 Hz is formed, corresponding to the sub-bass note A of the sub-contraoctave (exactly three octaves below the original tone). Thanks to the optimization of the signal amplitude ratio as (1.12:1.0), the resulting wave packet experiences maximum smoothing of the antinodes. At the points of nodal minima of the envelope (at the 9th and 27th milliseconds), the opposing phase peaks completely compensate for each other. In these micro-intervals of time, the mechanical pressure on the lamellae of the Pacinian Corpuscles drops below the depolarization threshold of the receptor membrane. The generation of action potentials in the nerve fiber is instantly blocked, which is subjectively perceived not as the appearance of a new tone, but as a fall into absolute physical peace — a "FLASH OF SILENCE", in which the instrument loses its vibrational weight and becomes a monolithic extension of the master's bone structure.

CONCLUSION

The historical experience of bone-tactile calibration of musical instruments, carried out by masters over centuries without the use of electronic devices or tuning forks, is fundamental empirical proof of the objective existence of the all-penetrating radiation of the cosmic vacuum (micro-soliton packets), pulsating at a stable galactic frequency of 491.6 Hz.

The human skeleton, coupled with the mechanoreceptor apparatus of Pacinian cells, and the wooden plate of the instrument transferred into a non-linear mode of elastic tension, acted as a single solid-state detector. This living interface captured the invisible wave calm of the Universe through the mechanical marker of the "FLASH OF SILENCE".

The centuries-old musical and technological practice of mankind moved not blindly, but according to strict, physical Laws of the Universe, unconsciously tuning earthly devices to a single fundamental rhythm of space. Humanity, just like fish, migratory birds, and all living things on the planet, was born and evolved inside this radiation.

The cells of our body, commensurate in their microstructural parameters with the physical dimensions of passing solitons, with a peak concentration of diameters in the range of 40 ÷ 120 nm depending on the source, know precisely about their continuous presence at a deep biophysical level, even if modern science and micro-miniaturization technologies have not yet reached the milestone allowing to measure this spatial pulse directly.

September 2026

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