Research Fellow in Distributed Measurement of Optical Fibres BA-R)

## Embark on a Cutting-Edge Research Journey in Fibre Optics with a Prestigious Industry Collaboration

This Post-Doctoral Researcher position presents an exceptional opportunity for a driven and talented individual to contribute to groundbreaking advancements in the field of fibre optics and photonics. Nestled within a dynamic, large-scale collaborative project funded by the EPSRC, this role offers a unique bridge between academic excellence and industry innovation. You will be based at the renowned Optoelectronics Research Centre (ORC) at the University of Southampton, working in close partnership with Microsoft Azure Fiber.

The core of this research program revolves around pioneering air-guiding optical fibres – a revolutionary technology developed at the ORC. These novel fibres, which guide light through air instead of glass, promise to significantly enhance information transmission speeds by a remarkable 50%. This breakthrough has the potential to redefine the landscape of Microsoft Azure's next-generation ultrafast datacentres and optical networks, making this an opportunity to shape the future of digital infrastructure.

Advantages for Aspiring Researchers:

• Pioneering Research: Be at the forefront of developing and characterizing revolutionary air-guiding optical fibres, a technology poised to transform high-speed data transmission.
• Industry-Leading Collaboration: Immerse yourself in a strong, synergistic environment, working alongside researchers from Microsoft Azure. This collaboration offers invaluable insights into translating scientific discoveries into real-world applications and addressing practical, industry-relevant challenges.
• Impactful Contributions: Your work will directly contribute to the creation of ultrafast datacentres and advanced optical networks, impacting global digital connectivity.
• Comprehensive Skill Development: The role involves exploring both the scientific intricacies and practical aspects of distributed characterization of hollow-core fibres, including critical properties like attenuation, polarization, and internal fibre environment. This broad scope will foster a deep and diverse skill set.
• Academic Rigour and Mentorship: While based at the University, you will benefit from the academic environment and have the opportunity to supervise PhD students, honing your leadership and mentorship abilities.
• Career Progression: The position offers a clear path for career advancement, with the potential for a Research Fellow title upon successful completion of a relevant PhD.
• Supportive Environment: The University of Southampton champions diversity and equality, offering flexibility and support for various working patterns and life circumstances.

Key Considerations for Your Career Path:

• Expertise Required: A strong foundation in fibre optics, advanced characterization techniques, and optical signal processing is highly desirable. Candidates with a proven track record in nonlinear photonics and high-impact publications will be particularly well-suited.
• Experimental Acumen: This role demands a proactive approach to developing new experimental techniques and methodologies. If you thrive on innovation and problem-solving in the lab, this is an ideal environment for you.
• PhD Status: While an awarded PhD is preferred, applications from individuals nearing completion of a relevant PhD will also be considered, with the understanding that the title will be adjusted accordingly upon qualification.
• Collaborative Spirit: Success in this position hinges on excellent communication and organizational skills, coupled with a demonstrable ability to thrive in a collaborative team setting.
• Fixed-Term Appointment: The position is a fixed-term appointment for 2 years, offering a focused and intensive period of research and development.

This is a significant opportunity for an ambitious researcher looking to make a tangible impact on the future of optical communications. If you possess the requisite expertise and a passion for pioneering research, we encourage you to explore this exciting prospect.