Speaker
Description
The MANIFOLD project (Multidimensional nANodevice archItectures For lOw-perturbation singLe ion Detection) introduces a cutting-edge detector for low-perturbation, high-resolution sensing of diluted H/He ion beams (100 keV–2 MeV). Using multiwalled carbon nanotubes (MWCNTs), it delivers submicrometric resolution with negligible beam disturbance.
Ions or single particles traverse a MWCNT-lined channel, inducing electromagnetic disturbances and secondary electron emission. These interactions generate a detectable signal, enabling highly sensitive, non-invasive detection without altering beam trajectory. This technology is particularly valuable for fundamental physics, materials analysis, and precision instrumentation.
Beyond proving feasibility, MANIFOLD optimizes the detector for real-world use, combining nanoscale engineering and advanced signal detection. The project seeks to redefine ion beam analysis, offering a minimally invasive solution that advances both scientific research and industrial applications. Its impact could transform fields where accuracy and minimal interference are critical.
