### EKATY
EKATY leverages advanced muon imaging technology to transform archaeological exploration through non-invasive subsurface investigation. The project employs Micromegas-based muon imaging telescopes, which detect naturally occurring cosmic-ray muons capable of penetrating soil and stone. By analyzing the attenuation and trajectories of these particles, the system can produce detailed images of hidden structures and internal features within archaeological sites and historical monuments.
This innovative technique enables the detection and mapping of concealed cavities, structural elements, and buried archaeological features without the need for excavation or invasive intervention. As a result, it provides researchers with valuable insights into ancient construction methods and previously inaccessible architectural features, while preserving the integrity of cultural heritage sites.
YFOS made a key contribution to the project by manufacturing the high-precision mechanical components required for the Micromegas muon telescope system. Our work focused on the fabrication of the detector panels, where advanced CNC machining was employed to achieve the demanding dimensional tolerances required for accurate muon tracking and high spatial resolution.
Particular attention was given to the precise drilling patterns and geometrical alignment of the detector components, which are essential for maintaining accurate X-Y positioning within the Micromegas system. Through rigorous manufacturing processes and quality control, YFOS successfully delivered the complete set of mechanical components in accordance with the project’s stringent specifications, supporting the telescope’s required tracking performance and enabling reliable muon-based archaeological imaging.