TechnologyWhat is ulRFE? Hapbee utilizes patented ultra-low radio frequency energy (ulRFE) technology developed by EMulate Therapeutics. Prnewswire This breakthrough technology operates in the 0-22kHz frequency range, generating low-power magnetic fields (approximately 40 milligauss) that interact with biological systems safely and effectively.
SQUID Magnetometer Technology: The foundation of Hapbee's technology comes from sophisticated Superconducting Quantum Interference Device (SQUID) magnetometers that can detect and measure the unique "magnetic fingerprints" of natural compounds like:
Melatonin (for sleep enhancement)
Caffeine (for focus and energy)
CBD (for relaxation)
Adenosine (for deeper sleep)
Digital Emulation Process:
Natural compounds are measured using SQUID technology
Their magnetic signatures are digitally recorded as WAV files
Hapbee devices replay these signals through specialized coils
Users experience the benefits without ingesting any substances
Published Studies:
CNS Oncology (2023): Peer-reviewed clinical trial published in Journal CNS Oncology Business WireYahoo!
Open Journal of Biophysics (2024): Research on magnetic field emulations Business Wire
Hapbee Sleep Study (2022): Using Oura Ring data, demonstrated:
13.5+ minute increase in REM sleep duration
13 minute reduction in nightly wake time
3 minute reduction in sleep onset time
Research Investment:
$70+ million invested in 15+ years of development
40+ issued patents protecting the technology
Multiple clinical trial sites across the United States
Safety Standards:
Non-ionizing, non-thermal Yahoo!Business Wire electromagnetic fields
ICNIRP compliant - meets international safety guidelines
40 milligauss output - similar to standing 30 feet from a toaster
No serious adverse events reported in clinical applications
Contraindications:
Not recommended for individuals under 18
Not suitable for pregnant individuals
Avoid use with medical implants
Biological Interactions: Research demonstrates that specific magnetic field patterns can:
Influence charged particles in biological systems
Affect membrane and transmembrane receptors
Modulate cellular signaling pathways
Activate or block specific molecular receptors
The technology represents a paradigm shift from traditional pharmacological approaches, offering the benefits of natural compounds through digital delivery
