Greater than the sum of its parts

Diamond defect ensembles for embedded electronics

Transformative Diamond Tech

We develop innovative and multifaceted diamond-based IC microchips that can be employed for a range of time- and frequency-based applications

Field Sensing

Vector-field sensing with an embedded chip-scale footprint


Atomic clock-like accuracy, with a solid-state system

Radiation Detection

Rugged high-hardness, low-noise radiation detectors

Quanta in the Rough

A diamond's atomic structure enables coherent sustainment of its defect's quantum properties, while facilitating responsive interrogation with external stimuli, such as light, current, or motion.

With high defect densities and tailored stimuli, a variety of optoelectronic responses can be generated to steer, condition, or monitor connected systems with exceptional accuracy.

We exploit the surprising advantages of inhomogeneous defect densities with our innovative control architecture to create technologically transforming devices

Forever Cutting-Edge

We strive to innovate cost- and energy-efficient quantum tech

Leveraging our extensive experience, our mission is to serve the emerging diamond-tech industry with innovative functionalised diamond crystals for classic and quantum-based electronics

In collaboration with our industry network and partners, we are poised to commercialise our unique diamond-chip systems for time- and frequency-based applications in embedded devices and terrestrial/satellite-based infrastructure

Scheelev├Ągen 15 223 63 Lund, Sweden