Our research focuses on the development of scalable quantum networks for computation and sensing applications. We delve into the realm of optical quantum physics, leveraging the use of squeezed light generated by optical parametric amplifiers. Our in-depth exploration centers around the physics and dynamics of open quantum systems, where the primary quantum system interacts with either Markovian or non-Markovian baths. The objective of our research is to comprehend the capabilities and constraints of scalable quantum networks, with particular emphasis on quantum machine learning and novel computational methods.

We are seeking an enthusiastic postdoctoral scholar who is passionate about quantum physics. The successful candidate will aid us in understanding the intricate physics of interconnected quantum systems and open quantum systems within the context of scalable quantum networks. This will involve conducting both theoretical and experimental studies using squeezed light and other photonic devices, including beam splitters and detectors. Postdoctoral level and salary is dependent upon candidate experience.

Outstanding UA benefits include health, dental, vision, and life insurance; paid vacation, sick leave, and holidays; UA/ASU/NAU tuition reduction for the employee and qualified family members; access to UA recreation and cultural activities; and more!

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• Spearhead the design and construction of quantum optical experimental setups.
• Conduct quantum optical experiments and analyze the resulting experimental data using theoretical quantum optics formalisms.
• Develop models of quantum optical experimental systems using quantum network formalisms, with a specific emphasis on the theory of open quantum systems.
• Collaborate closely with students, providing mentorship as needed.
• Document scientific discoveries and submit manuscripts to highly regarded journals.
• Communicate scientific findings at international scientific conferences.

• PhD degree in a relevant field of study, which may include physics, applied physics, electrical engineering, or computer science.

• Practical experience in experimental nonlinear optics or theoretical expertise in open quantum systems.
• Experience in scientific programming languages such as Python (particularly with Qutip), Matlab, Mathematica, and others.
• A proven record of scientific publications in peer-reviewed journals and presentations at conferences.