Fully Funded PhD: Quantum Optics & Non-Markovian Signatures in Norwich

Fully Funded PhD: Quantum Optics & Non-Markovian Signatures in Norwich

Norwich Full-Time 19350 - 23650 Β£ / year (est.) On-site
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At a Glance

  • Tasks: Explore the fascinating world of quantum optics and develop groundbreaking theories.
  • Company: Join the University of East Anglia, a leader in innovative research.
  • Benefits: Fully funded PhD position with a competitive stipend for three years.
  • Other info: Start date is 1 October 2027; perfect for aspiring researchers!
  • Why this job: Dive into cutting-edge research and contribute to the future of quantum technology.
  • Qualifications: A 2:1 degree in Physics or related fields is required.

The predicted salary is between 19350 - 23650 Β£ per year.

The University of East Anglia in Norwich invites applications for a Ph D project in quantum optics.

The project develops theory for interrogating quantum systems from atomic ensembles to molecules, with emphasis on photon correlations and non-Markovian dynamics.

This full-time position starts 1 October 2027 and is funded for three years for UK applicants. The standard entry requirement is a 2:1 in Physics or related disciplines.

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Fully Funded PhD: Quantum Optics & Non-Markovian Signatures in Norwich employer: University of East Anglia

The University of East Anglia (UEA) is an exceptional employer, offering a supportive work culture that prioritises employee growth and development. As a Commercialisation Administrator, you will benefit from a generous benefits package, including 34 days of annual leave, and the opportunity to contribute to meaningful projects that impact society and the economy. UEA's commitment to gender equality, recognised by its Athena Swan Silver Institutional Award, further enhances its reputation as a progressive workplace.

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Contact Details:

University of East Anglia Recruitment Team

We think you need these skills to ace Fully Funded PhD: Quantum Optics & Non-Markovian Signatures in Norwich

Quantum Optics
Theoretical Physics
Photon Correlations
Non-Markovian Dynamics
Analytical Skills
Research Skills
Problem-Solving Skills