David Reynolds, BSc(Hons)GradDip(Chiro)

Originally a teacher in NSW, Australia, David studied life sciences in Tasmania and Neuroanatomy at UNSW before completing his chiropractic studies and going into private practice in 1989.

Specializing in brainstem reflexes in the context of cranio-dental form versus function, David has presented original work to international audiences in the U.S.A., Canada, and Australia, including the International chiropractic Congress in Sydney (1988), the SOT Cranial Conference in Melbourne (2000), and for the International college of Applied Kinesiology in Toronto (2005). He was chiropractor to the World Championship Australian Swimming Team in their most successful event ever in Fukuoka, Japan in 2001 and has treated many high profile international athletes and performers within the arts.

In 2009 David moved to New York, UY and worked with Dr. Harold Gelb, specializing in complex Cranio-Dental cases, and mentored post graduate research students at the New York University College of Dentistry.

David relocated to Santa Barbara in 2018 and is working within NeuroField Neurotherapy.

Presenting: Somatic Resonance Beyond Solfeggio

 Pallesthesia is primal: before we experience the world, we experience pulse — heartbeat, breath, the cadence of a body that is not our own. Lullabies, ancestral drumming, ritual chant: humans have always used patterned vibration to move, regulate, and connect. Repetition builds prediction, deviation creates attention, and return brings resolution. These aren't just aesthetic experiences. They're neurophysiological events.

 We are, at every level, oscillating systems, from ultradian endocrine rhythms (0.0001–0.001 Hz) to CSF fluctuations, respiratory sinus arrhythmia, cardiac pulse, EEG activity, fascial resonance, and air-conducted acoustic vibration (up to 20,000 Hz); our bio-resonant bodies are a nested matrix of coupled neuro-endocrine-mechano-resonators.

When cortical rhythmicity, sensorimotor loops, descending motor drive, and spinal circuitry intersect with felt vibration and perceptible sound we respond — so are there specific frequencies and harmonics to which we all respond or are those frequencies individually unique. Could they even be linked to each person's Individual Alpha Frequency (IAF), and does the IAF synchronize with the whole-body mechanical resonance of an individual? How fundamental is the IAF?

 When extrinsic oscillators meet intrinsic neurophysiological ones, does harmonic relationship produce genuine physiological coupling — or is it coincidental numerics? This presentation explores the notion of bio-resonance and just what that means: to which detectable frequencies does the body respond? Which systems are actually cross-frequency coupled?

 This presentation questions what is real and what is coincidental, what is detectable, and what does response actually mean?