Abstract
Abstract Muons are usually relatively high energy probes, but an important advance is the development of technology to slow muons down to very low energy (the keV range) in order to study surfaces and interfaces. Low-energy muons can be produced through the ionization of thermal muonium or the moderation of the muon beam energy in a cryosolid. Applications of low-energy muons have been demonstrated in magnetism, superconductivity and semiconductor physics.
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