Imaging methods based on the absorption or scattering of atmospheric muons, collectively
named under the neologism “muography”, exploit the abundant natural flux of muons …

Muography takes advantage of the specific properties of cosmic-ray muons, relativistic
leptons that are much heavier than electrons. Cosmic-ray muons have strong penetrating …

Muography is a novel method to highly resolve the internal structure of active volcanoes by
taking advantage of the cosmic muon's strong penetration power. In this paper, we present …

Muon imaging has recently emerged as a powerful method to complement standard
geophysical tools in the understanding of the Earth's subsurface. Muon measurements yield …

Muography is a novel imaging method using natural cosmic-ray radiation for characterising
and monitoring variation in average material density in a diverse range of objects that …

Cosmic‐ray muography has several current and many promising future applications in
geosciences, geotechnical engineering, and mining engineering. Muography, if applied to …

Transmission-based muography (TM) is an innovative imaging technique based on the
measurement and analysis of the cosmic ray muons flux attenuation within the target under …

Linking volcano‐seismic signals with subsurface processes is crucial to improve the
forecasting of volcanic eruptions. One of the most enigmatic signals is shallow volcanic …

While satellite-based global navigation systems have become essential tools in our daily
lives, their effectiveness is often hampered by the fact that the signals cannot be accessed in …

Abstract Sakurajima Muography Observatory captured the formation of a volcanic plug
beneath the Showa crater with a spatial resolution of∼ 60 m in accordance with the end of …