This Patch Has No Drugs, But the Science Is Wild | Jay Dhaliwal & Super Patch | Mind Pump 2867
Jay spent 15 years and $40 million of his own money to help his mother with MS, discovering that specific brain wave patterns control motor function. His breakthrough: analyzing 250,000 EEG readings revealed networks present in 99% of people with normal motor control were deficient in MS patients. T
1h 18mKey Takeaway
Jay spent 15 years and $40 million of his own money to help his mother with MS, discovering that specific brain wave patterns control motor function. His breakthrough: analyzing 250,000 EEG readings revealed networks present in 99% of people with normal motor control were deficient in MS patients. This led him to explore how touch and texture could influence brain waves—the foundation of haptic technology that requires no compounds to produce measurable physiological effects.
Episode Overview
Jay, founder of Super Patch, shares his 15-year journey to help his mother with MS by analyzing brain waves and discovering haptic technology. After investing $40 million of his own money and analyzing 250,000 EEG readings, he identified specific neural networks controlling motor function and developed patches using touch-based signals to influence brain activity without any transdermal compounds.
Key Insights
Brain Waves Are the Language of Physiological Control
Every physiological function in humans is controlled neurologically and expressed through brain waves (alpha, beta, delta, theta, gamma). These waves form networks connecting different brain regions, and every function can be reduced to discrete networks that must exist in nearly 100% of people for baseline functions like motor control, pain, and sleep.
Normative Networks Reveal Dysfunction Patterns
By analyzing a database of 250,000 EEG readings, Jay identified brain wave patterns that exist in 99% of people with normal motor control. When compared to MS patients, these networks showed consistent deficiencies below the normative range, revealing that the source of dysfunction could be traced to specific brain wave patterns rather than just physical nerve damage.
Touch Converts to Brain Waves Through PZO2 Ion Channels
Discovered in 2010, PZO2 ion channels in the skin generate micro-electrical currents from touch, texture, and pressure. This is how blind people read Braille—tactile patterns convert to brain waves. Despite being used for 200 years, the exact mechanisms of how Braille works were previously unknown, revealing an untapped pathway for influencing neural function.
Disassociate Effort from Outcome to Sustain Long-Term Projects
Jay learned early to separate the work itself from expectations of results. This mindset allowed him to invest 15 years and $40 million without giving up. By focusing on learning and doing the work rather than fixating on uncertain outcomes, he maintained the curiosity and persistence needed to achieve his breakthrough.
Notable Quotes
"A mind is like a parachute. It only works if it's open."
"Everything in neuroscience and I'll argue anybody is a theory. If anybody says they understand how our mind really works and everything that it does and how it does, we don't know."
"I learned a long time ago to disassociate the effort from the outcome. Otherwise you give up."
"Between me and God, there's mom. That's how I came here."
"If this vestibular system is isolated or predominantly controlled by this region of the brain, then I know which area the broadband areas that I have to start focusing on that triangulate from there."
Action Items
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1
Look for Existing Large Databases Before Starting From Scratch
Before collecting your own data for a research project, search for established databases in your field. Jay leveraged the Loretta Z database with 250,000 EEG readings rather than spending a lifetime collecting data himself. This dramatically accelerated his research timeline and provided statistically significant normative baselines.
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2
Use Triangulation to Narrow Down Massive Search Spaces
When facing seemingly infinite possibilities, look for existing research that can narrow your focus area. Jay found a 1964 study showing the midbrain controls vestibular response, which reduced his search from the entire brain to specific regions—like narrowing from all oceans to just the Atlantic Ocean.
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3
Validate Theories Across Multiple Similar Cases
After finding a pattern in one case, immediately test it against other similar cases for consistency. Jay validated his MS mother's abnormal brain wave patterns by comparing them to other MS patients, confirming the pattern was consistent rather than unique to one individual.
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4
Practice Outcome-Independent Effort for Long-Term Goals
For projects with uncertain outcomes, consciously separate the process from results. Focus on doing the work and learning regardless of whether it produces your desired outcome. This prevents premature quitting and maintains curiosity during multi-year endeavors.