We are looking for an experienced researcher to aid the development of a transportable inertial quantum sensor with cold atoms. This project included the development of a new experiment at UVA aiming at using advanced quantum control techniques to perform continuous atom interferometry. It also includes a collaboration between the Quantum Gas group at UVA, the University of New Brunswick in Canada, and quantum-tech companies Q-CTRL in Australia and the Quantum Valley Ideas Lab in Canada for the joint development of a transportable gravimeter. You will play a crucial role in developing metrology models for the inertial quantum sensor operation, and for building and assembling hardware components. You will have the opportunity to work for extended periods in Canada and interact directly with leading experts in academia and industry.
Developing a numerical model for the systematic effects in inertial quantum sensors based on optimally controlled light pulses for matter-wave manipulation. The model will be used to estimate the transportable quantum gravimeter accuracy under different conditions. For this, the candidate will work closely with our industry partner (Q-CTRL).
Building and developing hardware components for the experiment at UVA and will lead the assembling of a specific optical bench dedicated for the New Brunswick experiment, in collaboration with the local start-up in Amsterdam.
You will also have a leadership role, mentoring graduate students in a laboratory setting, and will have the opportunity to write research papers and funding applications, present results at scientific conferences, and develop IP in the form of patents.
Netherlands Academic Atomic and Particle Physics Postdoc UvA - University of Amsterdam