Atomic-Photonic chips for quantum technologies
Next generation of quantum sensors using integrated vapor cells
built with innovative fabrication methods.
At QSENSATO we are addressing the need for compact quantum sensors for ultra-precise measurements.
Using our innovative approach to atomic vapor cells, we are designing and fabricating integrated atomic vapor cells for portable quantum sensors. Our methods allow us to create sensors for many strategic industry sectors and it is customisable based on your sensing and metrology needs.
Make contact with us to learn how we can help you bring your atomic quantum sensor to life.
Our chips and sensors can be applied across a wide range of industries
Biomedical Industry
Our laser-written vapor cells can be used in optically pumped magnetometers (OPMS) deployed in the field of magnetoencephalography (a cost-effective diagnostic tool), magnetocardiography and magnetomyography.
Space and Defence Industry
Our all-glass cells can enable Rydberg-atoms-based RF sensors, chip-scale atomic clocks, OPMs and gyroscopes for PNT applications and GPS-denied navigation. We deliver light weight packages suitable for space deployment.
Research and Metrology
The flexibility of our LWVCs allows us to integrate it into atomic frequency references to stabilize laser systems and synchronize your experiment into chip-scale atomic frequency references to stabilize laser systems for your top-notch research and metrology labs.
Lab-on-chip research
The versatility of our technology allows us to integrate LWVCs with microfluidic channels on the same glass chip, enabling magnetic microscopy and chemical characterization, e.g. ultra-to-low field NMR.
A patented technology with 3D versatility
With our all-glass atomic vapor cell approach we can creatively approach quantum sensing with multiple points of entry into the sensing chamber as well as realise complex structures. Our technology is suitable for the realisation of optically pumped atomic magnetometers; radio frequency electric field sensors; atomic frequency references; miniaturized atomic clocks; atomic gyroscopes.
We are an emerging player in the international quantum ecosystem
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Our goals are set, and we are looking forward
From our first ideas to our latest achievements, every stage has marked an important step in our growth. These milestones reflect our commitment, determination, and the goals that continue to guide us.
