About the name

Seeing inside things that can't be opened

Muon Insight is named after a subatomic particle. Here's the short version of why.

The muon

A muon is a heavier cousin of the electron. Muons are made when cosmic rays hit the upper atmosphere, and a steady stream of them reaches the ground, passing straight through solid matter as they go.

The muon was first observed in 1936 in a cloud chamber, a sealed box of vapor where particles you can't see reveal themselves by the trail of droplets they leave behind.

Muography

Because muons pass through rock, scientists use them to image the inside of things that can't be opened. The technique is called muography. In 2017 the ScanPyramids project used it to find a previously unknown void inside the Great Pyramid of Giza, without moving a single stone.

Why it fits

That's the idea behind Muon Insight. It sees inside a computer without taking it apart, and turns what it finds into a clear answer.

Muons from cosmic rays fall through a pyramid and are counted by a detector underneath. Stone absorbs most of them, but more survive the paths that cross a hidden chamber, so the count along the detector rises sharply under the chamber. Nothing is opened, and the shape of the inside is read from what comes out. COSMIC MUONS chamber DETECTOR MUONS COUNTED, BY POSITION Under solid stone Under the chamber More muons survive where there is less stone, so the count draws the chamber without a single block being moved. Muon Insight works the same way on a computer: read what comes back, and say what is wrong inside it.
Symbol
µ (mu)
Mass
105.66 MeV/c²
Mean lifetime
2.197 µs
Spin
½
First observed
1936, in a cloud chamber

A software name, not a physics company

Muon Insight is IT software made by Muonix Labs. Neither is affiliated with businesses that use muon imaging in geology, mining or industry.

About Muonix Labs

Free public beta

Try it on your next ticket

Muon Insight is free during the public beta. Download it from GitHub.