Quantum Communications and Computing

In addition, the Diamond Technology enables the tailoring of the diamond’s properties to meet the needs of specific advance applications. For example, use of diamond in the area of quantum computing and communication requires precise control of specific. Diamond based quantum devices will enable development of ultra-secure communications systems as well as ultra powerful quantum computers. Scio Diamond had previously received the Berman Award from the U.S. Navy Department for breakthroughs made in diamond-based quantum
computing research and application.

Harvard University (“Harvard”) has utilized the Diamond Technology for testing of diamond-based applications, including quantum computing and in-vivo biosensors. In 2009, Harvard utilized our diamond materials to create a diamond-based nanowire device, offering a bright, stable source of room temperature photons which is essential to the practicality of fast and secure computing with light. Upon publication of the findings, one of the scientists stated:

We consider this an important step and enabling technology towards more practical optical systems based on this exciting material platform. Starting with these lab-grown, anostructured diamond samples, we can start dreaming about the diamond-based devices and systems that could one day lead to applications in quantum science and technology as well as in sensing and imaging.