not a rock or mineral

Anthropogenic Heat Source (Electronic/Industrial Interface)

Thermal IR emission (Electronic infrastructure)

AI-generated identification · may be incorrect

Lacks hardness/cleavage as it is an image of heat. Shows high emissivity in the infrared spectrum (8-14 microns), manifesting as thermal gradients between 30.6°C and 53.2°C. Metallic components appear as hotspots due to electrical resistance or lack of insulation.

Identified February 4, 2026More not a rock or mineral →

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Physical properties

Formation & geological history

Synthetic origin; created through industrial manufacturing of electrical components. These heat signatures represent energy dissipation in modern infrastructure, typically found in telecommunications hubs or power distribution centers.

Uses & applications

Used for electrical power distribution, data networking, and telecommunications. Thermal imaging of these systems is used for predictive maintenance to prevent fires or equipment failure.

Geological facts

The image is a thermogram showing thermal anomalies in wiring and circuit breakers. This technique allows technicians to see heat generated by 'overloading' or 'high resistance' before mechanical failure occurs.

Field identification & locations

Identified in the field using forward-looking infrared (FLIR) cameras. Common in server rooms and electrical panels. Not a geologically occurring specimen, but a byproduct of anthropogenic activity.