Do you have an intense interest in quantum and atomic physics? With the University of Sussex’s PhD Studentship 2025 in Magnetic Microscopy with Bose-Einstein Condensates, aspiring scientists have a fantastic chance to support the latest developments in quantum technology.
What You Get?
- Fully-Paid Tuition Fees: For three and a half years, the scholarship pays for all tuition costs.
- Tax-Free Bursary: To help with living expenses while they are enrolled in school, students will get a tax-free scholarship of £19,237 annually (2025).
- Research Training and Travel Funding: An extra £1,650 is given annually to cover costs associated with travel and research training.
- Research Travel Opportunities: To assist and advance their research, students are provided with both short-term and long-term travel options.
- Visa Requirements for International Students: Prior to being admitted to the program, international students must obtain a student study visa.
About This Research Group at Sussex
The University of Sussex research team investigates the characteristics and interactions of neutral atomic gases at the quantum level. The group creates extremely sensitive magnetic sensors using state-of-the-art methods for use in brain imaging, navigation, electric vehicle battery monitoring, nanomaterials, and more.
The Project Focus
Advanced physics and materials science research is the main focus of the Khalifa University Graduate Scholarship program. The following are the project’s main objectives and activities:
Project Focus:
- Cooling and Trapping Neutral Atoms:
- In order to create Bose-Einstein condensates (BECs), the initiative uses electromagnetic fields to cool and trap neutral atoms. With applications in atom optics and quantum physics, this is a very sophisticated field of study.
- Magnetic Microscopy:
- The project images current flow patterns in biological samples and nanostructured materials using magnetic microscopy. This method has significant applications in materials science and biology and is essential for comprehending electrical characteristics at the nanoscale.
- Improving microscope sensitivity:
- Enhancing magnetic microscope sensitivity is a major area of research that will allow for more accurate 2D sample imaging. Applications in materials science, bioengineering, and other domains that necessitate fine-grained imaging at the micro and nanoscale are anticipated to gain from this increased sensitivity.
Students participating in the Khalifa University Graduate Scholarship program will obtain priceless practical experience in a number of crucial fields, such as:
1. Quantum Technologies:
- Work with vacuum systems, lasers, optics, and electronics—all of which are essential to quantum physics and atomic manipulation research. In fields involving cutting-edge technology, these abilities are highly desired.
2. Atomic Physics and Materials Science:
- Gain a thorough understanding of atomic physics and how it applies to materials science, particularly when it comes to performing magnetic microscopy and generating and evaluating Bose-Einstein condensates.
3. Imaging and Analyzing Current Flow Patterns:
- Discover how to see and examine current flow patterns in two-dimensional nanostructures—a crucial ability for study in material science, bioengineering, and nanotechnology. Careers in bioelectronics, semiconductor industries, and related disciplines are made possible by this experience.
4. Interdisciplinary Exposure:
- By fusing disciplines like quantum physics, bioengineering, and materials science, the studentship gives multidisciplinary exposure and a singular chance to work on cutting-edge technologies that connect these domains.
You will gain cutting-edge knowledge of quantum mechanics, sophisticated imaging methods, and research procedures from this experience that will be extremely useful in both academia and business.
Eligibility Criteria
To be eligible to apply for this prestigious opportunity, you must meet the following criteria:
- Academic Qualifications:
- Possess or anticipate possessing an upper second-class degree in physics from the UK (or its equivalent outside the UK).
- Alternatively, a suitable Master’s degree combined with a lower second-class degree in physics is also acceptable.
- Background in Atomic and Quantum Physics:
- Candidates should possess a solid understanding of atomic and quantum physics, as this is crucial for the scholarship program’s research focus.
- Eligibility for UK or International Applicants:
- Students from all around the world can apply for the scholarship because it is available to both UK and foreign applicants.
Conclusion:
For students who are enthusiastic about atomic and quantum physics, the University of Sussex’s PhD Studentship 2025 offers a remarkable chance to work on cutting-edge projects in Bose-Einstein condensates and magnetic microscopy. This scholarship is perfect for individuals who want to further their careers in materials science, quantum technologies, and related subjects because it offers fully-funded tuition, a sizable bursary, and assistance with research training and travel. We invite applicants from around the globe to apply and help further this fascinating field of study.
Frequently Asked Questions
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What are the benefits of this studentship?
Full tuition fees, a tax-free living expense bursary of £19,237 per year, £1,650 per year for research and travel training, and chances for research-related travel are all included in the scholarship.
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What are the eligibility criteria?
Candidates must possess or anticipate possessing a Master’s degree with a lower second-class physics degree, or an upper second-class degree in physics. A strong grasp of quantum and atomic physics is necessary.
