Modelling the CRESDA prototype for the QTNM project

该项目主要处理中微子质量量子技术（QTNM）项目的原型设备建模的计算任务。这将涉及装置核心原子阱磁场的有限元模拟，并考虑薄氚气体中的β衰变电子传输。强磁场中电荷输运的回旋辐射模型应该是另一个目标。后者与设计辐射接收器的合作者联系在一起。电荷输运模型进一步与该装置的中微子物理学期望联系起来，可以在本项目中进一步探索。

The projects deals with a predominantly computational task of modelling the prototype device for the Quantum technology for neutrino mass (QTNM) project. This will involve FEM modelling of magnetic fields for the atomic trap at the core of the device and considering beta-decay electron transport in a thin Tritium gas. Cyclotron radiation modelling from charge transport in a strong magnetic field should be another objective. The latter links to collaborators designing the radiation receivers. The charge transport modelling further links to the Neutrino Physics expectations for the device and could be explored further on this project.