Research Associate/Fellow (Fixed term) (SCI reference: SCI275325

Postdoctoral Research Position: Pioneering Quantum Advantage in Condensed Matter Theory

This is an exciting opportunity for a motivated and independent postdoctoral researcher to join the esteemed Condensed Matter Theory group at the School of Physics and Astronomy, University of Nottingham. Under the supervision of Dr. Adam Gammon-Smith, you will play a pivotal role in the ERC Starting Grant project QUADCOMB, focused on "Towards a practical quantum advantage: Confronting the quantum many-body problem using quantum computers." This position offers a chance to contribute to cutting-edge research at the intersection of quantum computing and condensed matter physics.

Advantages for Aspiring Researchers:

This postdoctoral role presents a wealth of advantages for candidates looking to advance their careers in theoretical and computational physics:

• Cutting-Edge Research Focus: Dive deep into critical areas such as quantum many-body dynamics, quantum algorithms, quantum-enhanced numerical methods, quantum machine learning, tensor networks, and topological order. You'll be at the forefront of a rapidly evolving field with significant real-world implications.
• Impactful Project: Contribute directly to the QUADCOMB project, aiming to achieve practical quantum advantage by tackling complex quantum many-body problems. Your work will be instrumental in pushing the boundaries of scientific understanding and technological application.
• Collaborative Environment: Become an integral part of a dynamic research team with diverse expertise in statistical physics, condensed matter theory, computational physics, quantum information, and machine learning. This interdisciplinary setting fosters learning and innovation.
• Skill Development: Enhance your theoretical and computational research skills, develop high-impact publications, and hone your presentation abilities through seminars. The project demands and supports the development of highly independent researchers.
• Potential for Extension: While offered on a fixed-term contract of 24 months, there is a distinct possibility for extension, subject to funding, providing a pathway for continued research engagement.
• Commitment to Inclusivity: The School of Physics and Astronomy is dedicated to fostering an equitable, diverse, and inclusive environment. Shortlisted candidates will have the valuable opportunity to connect with representatives from various affinity groups, offering support and insight into the school's commitment to these principles.

Key Considerations for Your Career Path:

When considering this position, candidates should reflect on the following key aspects to align with their long-term career aspirations:

• Research Independence: The role emphasizes the need for highly motivated and independent researchers. Candidates who thrive in self-directed environments and are comfortable taking initiative will find this position particularly rewarding.
• Doctoral Qualification: A strong foundation is essential. Applicants should possess a doctorate (Ph.D. or equivalent) in physics or mathematics, or be very close to completion, demonstrating a solid understanding of the theoretical underpinnings of the field.
• Essential Expertise: A proven track record in theoretical condensed matter physics, quantum computing, or a closely related field is crucial. Your application should clearly highlight your relevant research experience and achievements.
• Communication Skills: The ability to effectively communicate research outcomes through publications and seminars is a key responsibility. Developing and refining these skills will be vital for career progression.
• Fixed-Term Contract: Understand that this is a full-time position on a fixed-term contract for 24 months, with a latest start date of September 1, 2026. Planning your career trajectory with this timeframe in mind is recommended.

This postdoctoral position represents a significant opportunity for individuals passionate about quantum science and its application to fundamental physics challenges. If you are a driven researcher with a strong theoretical background and a desire to contribute to groundbreaking work, we encourage you to explore this exciting prospect.