Demonstration of Different Magnet Technology in Colliders

Abstract

The large hadron collider in high-energy physics is a very frontier and the state-of-art facilities in high energy physics with high level technical content and requirement. It is mainly composed of a particle accelerator that accelerate the particles, the detector which observe the reaction and the product of collision and the application of the high temperature and low temperature superconductor. However, due to the operation cost is pretty expensive, it requires high technical support. In this paper, we looking at the integration of data analysis that was established online as the study of the accelerator, detector and the superconductors, The operating principles , conditions required and the academic content of these three parts are analyzed, and then corresponding suggestions are given, such as reducing the low temperature environmental cost required by superconductors, improving the accelerators and detectors, future prospects and the suggestions given for the future development of superconductor materials. These results shed light on guiding further exploration of magnetic designs for colliders.