Next generation of particle detectors
Often research outcome quality and subsequently scientific progress are limited by detector quality and limited understanding of their characteristics and performance. Future detectors need to outperform state-of-the-art ones in terms of energy resolution, dynamic range and noise, speed, radiation tolerance, and robustness and reliability. With EU funding, the 'Marie Curie training network on particle detectors' (MC-PAD) project sought to equip young researchers and future science leaders with skills and know-how in particle detectors. Project consortium consisted of experts in designing and fabricating state-of-the-art particle detectors, as well as small- and medium-sized enterprises. Through an initial training network, the project trained young researchers on conceiving, designing, building and exploiting detectors for the next generation of experiments. Researchers worked on some major European projects, specifically on principles, components, microelectronics and analysis software of new detectors. Applications in medical imaging were also included. Researchers were mostly based at one of the participating institutes, supervised by internationally recognised experts, and had access to state-of-the-art equipment. Complementary training courses on related fields supplemented hands-on laboratory training. Several conferences, meetings and other events at regional and international levels enhanced visibility of project activities. MC-PAD should contribute to designing, building and operating world-class infrastructure in the long term leading to resolution of challenging questions in particle physics.
Keywords
Design, build, particle detector, high-energy accelerator, initial training network, infrastructure
