Ensuring low electron temperature in quantum devices
QDevil has the aim of enhancing the science in quantum electronics labs, by enabling scientists to focus their effort on the science, instead of constructing auxiliary equipment that already has been developed in other labs.
The QFilter is a multi-stage low-pass filter, to achieve low electron temperature and good noise performance inside cryofree dilution refrigerators and conventional cryostats.
Specialized for quantum electronics applications
The QDevil cryogenic filter is designed to significantly improve the usefulness of dilution refrigerators for those measuring electrical properties of materials or electronic systems.
Due to the suppression of electron-phonon coupling at low temperatures and sensitivity to electrical noise, the temperature of the electrons in the device under test is typically higher than the mixing chamber temperature. In fact, it is very challenging to obtain an electron temperature as low as the phonon temperature, and hence commercially available cryostats do not specify their cooling performance with regards to electron temperature.
However, for many researchers it is the electron temperature in the signal lines as well as the electrical noise environment that is most important, for example for the performance of qubits and other low-temperature electronic devices.
Our customer relations team
QDevil has the aim of accelerating the science in quantum electronics labs, by letting scientists focus their effort on the science, instead of constructing auxiliary equipment that already has been developed in other labs.
We are all experienced with cryogenic electronics science, and we will do our best to help you with picking the right components for your lab.
CEO & Partner
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 868058.