Dr. Brian Mogen on Hapbee: Biohacking Sleep with Compound Signal Technology

The Genesis of Hapbee Technology

• 💡 Dr. Brian Mogen, a biomedical engineer with a PhD in brain-computer interfaces, discusses the origins of Hapbee, a technology initially explored for military applications like detecting submarines.
• 🔬 The core innovation involved rebuilding sensitive magnetometry devices to detect the faint magnetic fields emitted by molecules, a significant shift from detecting large objects at a distance.
• 🧪 Researchers discovered that by applying voltage to solutions of compounds like melatonin or caffeine, they could record unique, complex waveforms representing these molecules.

Replaying Molecular Signals

• 🚀 The second breakthrough was developing antennas capable of replaying these recorded molecular fields, allowing the body to respond as if the actual compound were present.
• 🧠 Magnetic fields, unlike electric fields, can pass through biological barriers like the blood-brain barrier without significant attenuation, making them ideal for this technology.
• ⚡ The physics of transmission are simpler than recording, requiring correctly shaped antennas and appropriate amplitude to create targeted biological effects.

Hapbee's Consumer Applications

• 😴 Sleep is a primary focus, with Hapbee offering devices that can transmit signals mimicking melatonin and adenosine to improve sleep quality without medication.
• 🍻 Early experiments included a non-alcoholic bar in Dublin, demonstrating the ability to simulate the effects of alcohol and caffeine without physiological presence, showcasing the technology's potential for social applications.
• 🏃‍♂️ Beyond sleep, Hapbee is used for mood enhancement and performance, with applications in areas like veterans' health for managing anxiety and addiction, and by professional athletes for pre-game focus and relaxation.

Future of Hapbee and Biohacking

• 📈 The technology aims to close the loop between wearable data (inputs) and actionable responses (outputs), potentially integrating with devices like Whoop to personalize compound delivery in real-time.
• 💊 Future applications include potential use in healthcare settings, such as dentist offices for anxiety management, and with veterans for pain relief using CBD signals.
• 🧬 Hapbee's platform is designed to be adaptable, allowing for the recording and transmission of new compounds, with a current library including melatonin, adenosine, CBD, THC, alcohol, caffeine, and theobromine.
• 🧠 The technology acknowledges bio-individual responses, with users needing to personalize settings based on their unique physiology and sensitivities.