PhD studentship in the Development of a Quantum Microwave Sensor for the Neutrino Mass Measurement 2026
Are you passionate about quantum science and cutting-edge technologies? The University of Sussex is offering a fantastic opportunity for a fully funded PhD studentship in the Development of a Quantum Microwave Sensor for neutrino mass measurement. If you have a background in Physics or a closely related field, this could be the perfect chance for you to pursue your research dreams.
About the Scholarship:
The University of Sussex is renowned for its excellence in quantum science and is home to the Sussex Centre for Quantum Technologies. This center houses various experimental and theoretical groups that delve into fascinating research areas, including microwave quantum sensors, quantum computation, quantum metrology, and more. As a PhD student in the Geonium Chip group, you will be part of this vibrant community and receive advanced training in both experimental and theoretical skills.
Eligibility Criteria:
To be eligible for this exciting opportunity, you need to meet the following criteria:
- Hold or expect to hold at least a UK upper second-class degree (or an equivalent qualification) in Physics or a closely-related field. Alternatively, you may have a lower second-class degree followed by a relevant Master’s degree.
- International students are welcome to apply! This scholarship is open to all nationals, so regardless of your country of origin, you have a chance to be a part of this program.
- If you are a non-UK or non-EU national without settled/pre-settled status in the UK, you’ll need to apply for a student study visa before admission.
Benefits of the Scholarship:
This fully-funded PhD studentship comes with a range of benefits, including:
- Full Funding: The scholarship covers tuition fees for three and a half years, with the possibility of extending it to four years.
- Stipend: You’ll receive a generous tax-free bursary of £17,668 per year for three and a half years to cover your living costs.
- Support Grant: Additionally, there’s a support grant of £1,250 per year for three and a half years, which you can use for travel expenses and attending conferences.
PhD Studentship in the Development of a Quantum Microwave Sensor for the Neutrino Mass Measurement 2026: FAQs
What is this PhD studentship about?
This PhD project is centered on the development of an ultra-sensitive quantum microwave sensor capable of detecting extremely weak microwave signals emitted by electrons during tritium beta decay. The research supports future neutrino mass measurement experiments using the Cyclotron Radiation Emission Spectroscopy (CRES) technique. The project combines quantum technologies, particle physics, microwave sensing, and precision measurement science.
Who is eligible to apply for the studentship?
Applicants are generally expected to:
- Hold, or expect to obtain, at least an upper second-class honours degree (or international equivalent) in Physics or a closely related discipline.
- Possess a strong background in experimental physics, quantum technologies, electronics, or related fields.
- Meet the university’s PhD admission requirements.
- Be either a UK or international applicant, depending on the funding round.
What funding does the scholarship provide?
The studentship is typically fully funded and includes:
- Full tuition fee coverage.
- A tax-free annual living stipend.
- Additional research and travel support for conferences and scientific activities.
- Funding for approximately 3.5 years, with possible extension in certain circumstances.
Previous versions of the award included a stipend exceeding £17,000 per year plus research support funding. Current 2026 rates may be adjusted in line with UKRI and university funding updates.
What skills and research areas are involved in the project?
Successful candidates may gain experience in:
- Quantum sensing technologies
- Microwave electronics
- Ion-trap and quantum measurement systems
- Experimental particle physics
- Cryogenic and precision instrumentation
- Data acquisition and scientific programming
The project also offers exposure to cutting-edge applications beyond neutrino physics, including quantum imaging and advanced sensing technologies.
How can students apply?
Applicants typically need to:
- Apply for a PhD in Physics at the University of Sussex.
- Identify the relevant studentship reference in the funding section of the application.
- Submit academic transcripts, degree certificates, references, and a CV.
- Meet any English-language requirements for international students.
Because these positions are highly competitive and may be filled once a suitable candidate is identified, early application is strongly recommended.
Application Deadline:
The deadline to apply for this exceptional opportunity is 01 Aug 2026. Make sure to submit your application on time to be considered for this prestigious PhD studentship.
If you’re enthusiastic about quantum technologies and dream of contributing to groundbreaking research in the field, don’t miss this chance to join the Sussex Centre for Quantum Technologies and pursue your passion for quantum science. Apply now and take a significant step towards an exciting career in quantum research!
