10.26.23 -- Finding A Path To Quantum Computing

Until now, quantum computing and quantum science in general has not been the focal point of many dedicated educational labs. But working with NV centers is a way to do exactly that, allowing students to actively work with the electron spin of an NV center as a qubit.

Scanning NV magnetometry is commonly applied in two different ways. The first type of measurement, called a pulsed measurement, is extremely sensitive but very slow. Continuous wave (CW) scanning NV magnetometry, meanwhile, is less sensitive but is relatively fast, recording a single data point within a few seconds.

Atomic force microscopes (AFMs) are versatile tools for characterizing surfaces at the subnanometer scale. Researchers can build their own AFMs for as little as $30,000 using off-the-shelf components, including nanopositioning stages.

Resonant probe atomic force microscopes possess a unique construction and functionality that enable them to deliver pinpoint accuracy, versatility, and unparalleled definition, making them well-suited for applications that demand exceptional precision and adaptability.

Nano-3D200 and Nano-3D500 are compact nanopositioners with three-axis motion, closed loop control, and true flexure guided motion, ideal for optical fiber alignment and hybrid positioning systems.

The QS-PLL controller streamlines the hardware interface for atomic force microscopy (AFM) by integrating motion control and phase lock loop (PLL) control for use with resonant probes.