We're on an Epic Quest.

We want a future so bright, you'll need triple-thick welder's goggles just to look at it.

Introducing the world's first scientific instrument that's ALSO a gaming platform for an epic citizen science project.

Next Level GIF

Let's build a medical superintelligence!

The MR1 Molecular Streaming Device is a phone-sized scientific instrument designed so that ALL can take part in an EPIC citizen science project—the Molecular Streaming Corps—which will be operated by the player scientists of the real life role-playing game Epic Quest Biotechnology!

Our five year mission: train a medical superintelligence to "cure all diseases" (yes, seriously!)

What is "molecular streaming"? Molecular streaming refers both to molecules streaming through a tiny sensor, and the sensor's data streaming to a central repository.

Together, we will use this data to benefit all species on the planet, and to create the paradise free from disease that should be our birthright.

Understand the Epic Quest!

Before you order, know what you're getting into—a great adventure, but with many challenges.

MR1 Device

If you can say YES to all the following, order yours today!

  • I understand the MR1 Molecular Streaming Device itself is NOT intended to cure, diagnose, treat, or prevent any disease.
  • I understand the MR1 Molecular Streaming Device is purpose-built for the Molecular Streaming Corps and that upon ordering I'll be automatically enrolled.
  • I understand that by ordering now (May 2025) I'll get an early, imperfect version of the MR1, but can expect free upgrades and modifications after more extensive testing "in the wild", and that lead times may be as long as 12-15 weeks.
  • I understand that we say "molecular" but are really talking about much more—from the smallest molecules to the largest cells.
  • I understand that universal molecular streaming is one of the most important but least known "level ups" we must achieve as a species.

Click the Stripe button below if you fully understand!

MR1 Handheld Solid-State Nanopore R&D Device

Electronics Summary

  1. Overall Purpose: The board is designed to measure extremely small currents (in the picoampere to microampere range) through a nanopore (from < 1 nm to ~100 microns in diameter), which allows for raw signals from analytes across several orders of magnitude.
  2. PCB Specifications:
    • Four-layer PCB design
    • FR-4 material as an option
    • Designed for low-noise, high-precision measurements
  3. Microcontroller:
    • ESP32-S3 NodeMCU
    • Controls all aspects of the device
    • Handles data processing, communication, housekeeping, and end-user applications
  4. Analog Front-End:
    • LMP7721 ultra-low input bias current amplifier
    • Serves as the primary current-to-voltage converter (transimpedance amplifier)
    • Crucial for measuring tiny currents through the nanopore
  5. Analog-to-Digital Converter (ADC):
    • MAX11169 16-bit ADC
    • Capable of up to 500 ksps, but likely operated at lower speeds (10-100 ksps) for better noise performance
  6. Digital-to-Analog Converter (DAC):
    • MCP4822 dual-channel DAC
    • Used for generating precise voltages to apply across the nanopore
    • Second channel used to provide short pulses of 9V+
  7. Power Management:
    • Multiple AMS1117 voltage regulators
    • Provides +5V, -5V, and +3.3V supply voltages
    • Relays for power control and possibly for switching between different modes

MR1 3D Model Viewer

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