Research Fellow in Biological Physics

Explore a Groundbreaking Postdoctoral Fellowship at the University of Surrey

The University of Surrey is actively seeking a highly motivated and talented Postdoctoral Research Fellow to join Dr. Isabella Guido's dynamic research group. This exciting 2.5-year project, generously funded by the Engineering and Physical Sciences Research Council (EPSRC), offers a unique opportunity to delve into the fundamental mechanisms driving biological form and function.

The Opportunity: Unraveling the Secrets of Cellular Dynamics

At its core, this project aims to illuminate how physical forces and collective behaviors orchestrate the deformation and shape changes observed in biological systems. By employing sophisticated biomimetic networks of reconstituted microtubules and motor proteins, researchers will create living models that precisely mimic the dynamic nature of the cellular cytoskeleton. This innovative approach will provide an exceptional platform to investigate how nanoscale active stresses, generated by microtubules and motor proteins, scale up and are collectively transmitted to the mesoscale. Furthermore, by encapsulating these active networks within cell-like compartments, this system will unlock new avenues for exploring the mechanical principles underpinning crucial cellular processes like symmetry breaking and morphological transformations.

Key Advantages for Your Career Path:

• Interdisciplinary Expertise: This project offers invaluable exposure to a rich interdisciplinary environment, integrating cutting-edge techniques and knowledge from active matter physics, membrane biophysics, and microfluidics. You will gain a holistic understanding of complex biological phenomena.
• Collaborative Global Network: Work in close partnership with Dr. Isabella Guido and esteemed academic collaborators from leading institutions including Paris-Saclay University and Kyoto University. This international collaboration will broaden your professional network and expose you to diverse research perspectives.
• Cutting-Edge Experimental Skills: Develop and master advanced experimental and imaging techniques essential for characterizing pattern formation and mechanical deformation within confined, cell-like environments. These skills are highly sought after in both academia and industry.
• Pioneering Research Area: Contribute to a highly impactful research area that bridges fundamental physics with biological engineering. Your work will have the potential to advance our understanding of cellular mechanics and inform future biomimetic technologies.
• Supportive and Enriching Environment: The University of Surrey is committed to fostering an inclusive and supportive research community. Beyond a competitive salary, you will benefit from generous annual leave, a strong pension scheme, access to excellent leisure facilities, and family-friendly benefits, including an on-site nursery.

Key Considerations for Potential Candidates:

• Ideal Candidate Profile: This position is ideally suited for a candidate possessing a robust interest in experimental biological physics, the reconstitution of life-like systems from biopolymers, and proficiency in microfluidic technologies. A strong foundation in at least one of these areas is expected, with a willingness to embrace and develop expertise in the others.
• Project Scope: The project is fixed-term for 2.5 years, offering a focused and intensive research experience. Candidates should be prepared to commit to this timeframe.
• Location and Funding: The fellowship is based at the University of Surrey and is funded by the EPSRC, ensuring a stable and well-supported research environment.
• Commitment to Diversity: The University of Surrey actively promotes an inclusive environment and encourages applications from candidates from under-represented groups, including those from Black, Asian, and minority ethnic backgrounds, and individuals with disabilities.

This postdoctoral fellowship represents a significant opportunity for a researcher eager to make a tangible contribution to the field of biological physics. If you are passionate about unraveling the intricate mechanics of life at the molecular and cellular levels, and thrive in a collaborative and innovative research setting, we encourage you to explore this exciting prospect.