Tieftemperatur AFM/CFM

申请者的研究小组的目标是实现单一和少量的核自旋成像和探测。此外，我们计划实现一种新的自旋光笔方法，它可以机械地传递远距离静止自旋之间的纠缠。为此，应采用一种新型的基于金刚石自旋的低温高精度扫描磁强计装置。该设置应允许高保真地检测单个缺陷中心发光，具有Angström位置精度和多种成像功能。配备了高磁场，核磁共振实验中的化学位移应该是可以访问的。与解析的J偶联一起，应实现化学特异性成像。低温运行将提高探头灵敏度和探头定位稳定性。它的目的是检测和成像复杂的分子结构，最终实现成像单分子核磁共振的远见目标。

The research group of the applicant is aiming to achieve single and few nuclear spin imaging and detection. In addition we plan to implement a novel spin Stylus method which mechanically communicates entanglement between distant stationary spins. To this end a novel low temperature high precision scanning magnetometer setup based on diamond spins should be used. The set up should allow for high fidelity detection of single defect center luminescence with Angström Position accuracy and versatile imaging capabilities. Equipped with a high magnetic field, Chemical shifts in NMR experiments should become accessible. Together with resolved J couplings chemically specific imaging should be achieved. Low temperature Operation will enhance probe sensitivity and probe positioning stability. It is the aim to detect and Image complex molecular structures, eventually with the visionary aim of imaging single molecule nuclear magnetic resonance.