MONOPOLE TECH

The Future of Magnetic Detection

DETECTOR v3.1 / SERIES M

68.5e Magnetic Charge

10¹⁶ GeV Sensitivity

0.3ms Response Time

SQUID Core Technology

Precision Detection

Built on superconducting quantum interference, the Monopole Tech detector identifies isolated magnetic charges with unprecedented sensitivity. Our SQUID-based array captures flux changes as small as a single quantum.

Inspired by Blas Cabrera's 1982 Valentine's Day event, refined with four decades of engineering.

How It Works

When a magnetic monopole passes through the detector's superconducting loop, it induces a quantized flux change. The SQUID magnetometer converts this to a measurable electrical signal.

Dirac's quantization condition guarantees the signal is discrete: exactly one flux quantum per monopole transit.

Version History

v1.0

1982 - Original Prototype

Single-loop SQUID detector. One candidate event recorded on Valentine's Day. Never replicated.

v2.0

1997 - MACRO Array

Multi-detector array under Gran Sasso. Expanded search area by 10,000x. No detections.

v3.0

2010 - MoEDAL at LHC

Passive nuclear track detectors at CERN. Searching collider-produced monopoles at TeV scale.

v3.1

Current - Enhanced Detection

AI-assisted signal analysis. Expanded cosmic ray monitoring. Multi-site synchronization.