Coherent spin control in novel material platforms

这是一个物理学博士研究项目。该项目的目标是展示在新材料平台（如碳化硅和2D材料）中电子自旋的相干控制。学生将扩大目前正在建设的低温共聚焦显微镜的能力，增加应用复杂的微波脉冲序列进行自旋控制的能力。单个电子自旋将被用作局部量子传感器，能够以高空间分辨率探测磁场。我们将应用量子传感器来研究与新型2D货车der Wals异质结构相关的磁场，例如铁磁2D层和周期性莫尔图案中的电子自旋。

This is a PhD research project in Physics.The project has the goal to demonstrate coherent control of electronic spins in novel material platforms, such as silicon carbide and 2D materials. The student will expand the capabilities of a cryogenic confocal microscope which is currently under construction, adding the capability to apply sophisticated microwave pulse sequences for spin control. Individual electronic spins will be used as localized quantum sensors, capable of detecting magnetic fields with high spatial resolution. We will apply the quantum sensors to study magnetic fields associated to novel 2D van der Wals heterostructures, such as ferromagnetic 2D layers and electron spins in periodic Moire patterns.