QBN Webinar: Diamond-based Quantum Technologies for Mobile Applications

Engineering diamond for Quantum Technologies
Dr Matthew Markham, Element Six

Negatively-charged nitrogen-vacancy (NV) centers in diamond constitute a promising platform for a range of quantum applications such as magnetometry, RF sensing, masers and quantum computing. In order to harness the delicate quantum properties of the NV defect you first need to be able to control the material. Element Six has been working to engineer diamond materials for quantum technologies for over a decade and we will discuss some of the different types of materials that can be produced along with some use case studies.

Building Quantum Solutions with Diamonds
Ingolf Wittmann, Fraunhofer IAF

Tools with quantum mechanical properties can be produced with industrial diamonds. Based on this technology, qubits and quantum registers can be built, which can also be used as accelerators, especially in the mobile area.

Quantum at the edge: applications of low-SWaP quantum computers
Dr Andrew Horsley, Quantum Brilliance

Diamond offers a unique vision for quantum computing: quantum accelerator cards smaller than a lunchbox, operating entirely at room temperature. Diamond dramatically changes how, where and when we can take advantage of quantum computing. Instead of being confined to a handful of large facilities, you can have a quantum accelerator in your PC, or in a satellite. What does this mean for applications of quantum computing? And how can it help us reach quantum advantage sooner?