About us

AiPT is one of the world’s leading photonics research centres, recognised for pioneering scientific achievements in areas ranging from medical lasers and biosensing for healthcare to high-speed optical communications technologies that underpin the internet and the digital economy.

Our researchers coordinate dozens of national and international research and industrial projects across a broad spectrum of science and engineering. These include high-speed optical fibre transmission systems, free-space optical communications, 5G and 6G wireless links, and advanced optical signal processing. We also conduct research in bio- and medical photonics and sensing technologies that enhance healthcare diagnostics, alongside nonlinear photonics, fibre gratings, optoelectronics, fibre lasers, material processing, UV and femtosecond lasers, terahertz (THz) technology, and nanophotonics.

AiPT combines world-class research with cohort-based postgraduate education, ensuring that scientific discoveries are translated into real-world impact. Our network includes more than 100 industrial collaborators, ranging from innovative SMEs to global organisations such as BT, Airbus, IBM, Infinera, Thales, BAE Systems, and Nokia Bell Labs. Together with our internationally recognised academics and researchers, these partnerships help drive innovation and accelerate technological advancement.

Beyond research, AiPT is committed to public engagement and knowledge exchange through a wide range of outreach activities that increase awareness of photonics research and help shape future policy. With collaborations spanning more than 80 leading photonics centres worldwide, AiPT has built an international reputation for delivering research that creates lasting benefits for science, industry, the economy, and society.

Research Areas

Photonics of Advanced Function Materials

Ground breaking research into nanomaterial technology

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Nonlinear Photonics and Fibre Lasers

Investigating light in different substances

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Biomedical Photonics

High-power and ultrashort-pulse compact lasers

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Optical Communications

Researching the future of communication networks

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Optical Fibre and Devices Sensors

Exploring new uses for optical sensors and detection systems

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Surface Nanoscale Axial Photonics

Microphotonic technologies and their innovative applications

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Semiconductor Photonics Devices

This group designs, manufactures, and characterises novel semiconductor photonic devices for current and emerging photonic applications.

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Machine Learning and Neuromorphic Computing

Focus on harnessing the potential of machine learning to revolutionize photonic technologies

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Novel Opto-Electronic Systems for Infrastructure Sustainability (NOESIS)

NOESIS will empower engineering driven by data to optimise construction and life-cycle management of the built environment for sustainable societies

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