Research Scientist • Mid-Level

Who you are

You have a strong background in theoretical and experimental atomic physics, with experience in quantum sensing and navigation modeling. Your expertise in Bayesian estimation and signal processing techniques allows you to tackle complex problems in quantum magnetometry. You are comfortable developing software-layer control protocols and advanced statistical filtering techniques to improve the sensitivity and robustness of quantum sensors. You thrive in collaborative environments, working closely with engineers and researchers to translate innovative ideas into practical applications. Your passion for pushing the boundaries of quantum technology drives you to seek real-world impact through your work.

What you'll do

In this role, you will be responsible for developing small-form-factor quantum magnetometers that are highly sensitive and stable. You will utilize quantum control techniques to enhance the performance of these devices, ensuring they operate effectively in challenging environments. Your work will involve creating novel algorithms and signal processing methods that will inform the design and operation of quantum sensors. You will collaborate with the Quantum Sensing Engineering team to ensure that your research translates into viable products. Additionally, you will contribute to the overall efficiency of Q-CTRL, helping the team achieve its mission of making quantum technology useful.

What we offer

At Q-CTRL, you will be part of a dynamic team of specialists dedicated to advancing quantum sensing technology. We provide a collaborative work environment where innovation is encouraged, and your contributions will have a direct impact on the field. You will have opportunities for professional growth and development, working alongside experts in the industry. We believe in the importance of real-world applications of quantum technology and strive to make a meaningful difference in the world through our research and products.