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Mind Pump · May 28, 2026 · 1h 19m 55s

2867: Groundbreaking Technology for Pain, Sleep, Athletic Performance & More — Jay Dhaliwal (Super Patch)

Jay Dhaliwal, founder of Super Patch, explains how haptic patches—tactile stimulation devices applied to skin—reduce pain by 50%, improve sleep quality by 85%, and boost athletic performance by 5-8% in D1 athletes, all without drugs or compounds. The episode traces his 17-year, $40 million research journey from helping his mother with MS through peer-reviewed neuroscience, including the discovery of how skin receptors (specifically piezo two ion channels) communicate with the brain's vestibular and sensory networks. Sal's initial skepticism dissolves upon reviewing 16 published studies, and the hosts explore why half the NFL already uses the technology.

This summary was generated from show notes and public descriptions, not from a full transcript review. Details may contain inaccuracies.

Curious

Skin Receptors as Direct Communication Channel to Brain27:43
Mechanoreceptors in human skin (specifically piezo two ion channels) form a direct, high-bandwidth communication pathway to the brain that can be stimulated via haptic patterns to modulate pain, sleep, and motor performance.
Normative EEG Database as Foundation for Neural Intervention Discovery13:16
By comparing individuals with neurological dysfunction against a database of 250,000 normal EEGs (the Loretta Z database), researchers can identify which brain networks are dysregulated and design targeted interventions to restore normal function.

Novel

Haptic Patches Reduce Pain and Improve Sleep Without Drugs1:48
Haptic patches—tactile stimulation devices applied to skin—achieve 50% pain reduction, 85% sleep improvement, and 5-8% athletic performance gains in D1 athletes through activation of skin mechanoreceptors, with zero pharmaceutical compounds.

Editorial

Proof Requires Comparative Brain Mapping, Not Just Symptom Improvement24:47
Jay's credibility stems not just from claim of pain reduction or better sleep, but from showing that his mother's EEG normalized when wearing the patch—moving from dysregulated to statistically normal brain activity compared to the database.
Jay spent 17 years and $40 million of his own money on Super Patch—a commitment possible only because he self-funded and had intrinsic motivation (helping his mother) rather than investor pressure for quick returns.

References

The Loretta Z DatabaseLoretta Z (referenced)Quarter-million EEGs used to identify normative neural networks and vestibular response patterns

Misc

Jay spent $40 million of his own money over 17 years to develop this technology—extraordinary personal conviction
Breakthrough came from studying his mother's MS and comparing her EEG to a database of 250,000 normal brains
Braille research unexpectedly unlocked the skin receptor mechanism—Jay made the connection between tactile patterns and neural response
The 2010 discovery of piezo two ion channels (mechanoreceptors in skin) was the missing piece that explained how it works
Half of NFL teams are already using Super Patch—early adoption by elite athletes is a strong validation signal
Sal initially skeptical but changed his mind after reading peer-reviewed studies—rare endorsement from a naturally skeptical host
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