Dynamic Properties of Disordered Solids and Quantum Solids at Low Temperatures

项目描述（技术）： 本研究探讨了无序原子的动力学性质 系统和量子固体在低温下。 目的是 确定无序中低能激发的性质 固体，量子限制结构和量子 减小几何形状的转子，并开发新的超低 温度计 项目描述（非技术）： 该项目研究材料在超低 温度，甚至很难测量温度 以方便的方式。 这项研究将研究 通过探测物质核的进动， 磁场 此外，纯金属中的相关测量 将用于尝试开发一种新的温度计， 超低温测量

Project Description (Technical): This research investigates the dynamical properties of disordered systems and quantum solids at low temperatures. The aim is to determine the nature of the low-energy excitations in disordered solids, the behavior of quantum confined structures and quantum rotors in reduced geometries, and to develop new ultra-low temperature thermometers. Project Description (Non-Technical): This project studies the properties of materials at ultralow temperatures, where it is even difficult to measure the temperature in a convenient manner. The research will study the motion of nuclei of matter by detecting the precession of the nucleus in a magnetic field. In addition, related measurements in pure metals will be used in attempts to develop a new thermometer for these ultralow temperature measurements.