Distributed Monopole Detection Network
A cloud-based observatory spanning 47 detection nodes across four continents. Monitoring magnetic flux anomalies in real-time. Searching for the signal that would confirm the existence of magnetic monopoles.
The Magnetic Monopole
Predicted by Dirac in 1931, the magnetic monopole would complete the symmetry of Maxwell's equations. Every grand unified theory demands their existence. Every experiment has failed to find them. The cloud watches, processes, and waits.
SQUID Array Status
Superconducting quantum interference devices distributed across the network continuously monitor for the quantized flux jump that would indicate monopole passage. Current sensitivity: 10^-15 Tesla. All nodes reporting nominal background.
The Cabrera Event
February 14, 1982. Stanford University. A single SQUID registered one Dirac quantum of magnetic charge. The cloud network exists because of this moment -- to ensure that if it happens again, the data will be captured, corroborated, and confirmed across multiple independent nodes simultaneously.
Continuous Watch
The network never sleeps. As Earth rotates, detection nodes pass through different orientations relative to galactic cosmic ray flux. The cloud aggregates, correlates, and flags. Every anomaly is logged. Every signal is analyzed. The monopole remains theoretical. The watch continues.