Ryhan Miah

Commercialisation Junior Officer, Natural Sciences

Ryhan is a Junior Officer for Industry Partnerships & Commercialisation at Imperial’s Faculty of Natural Sciences. He holds an MChem degree in Chemistry w/. Medicinal Chemistry from Newcastle University and a Postgraduate Certificate in Intellectual Property from Bournemouth University.

Ryhan’s portfolio is diverse, covering deep-tech ventures in the quantum field, sustainable chemical technologies, and support for social enterprises and non-profits. Day-to-day he is responsible for assessing the patentability and commercial potential of new inventions, as well as connecting industry partners with academics for collaborative research and/or licensing opportunities.

Ryhan's portfolio

LhARA: A radiobiological cancer therapy

LhARA: A radiobiological cancer therapy

LhARA is a Laser hybrid Accelerator for Radiobiological Applications in which laser interactions drive the creation of a large flux of protons or light ions. Find out more

Long-lasting nanoparticles for controlled release drug delivery

Long-lasting nanoparticles for controlled release drug delivery

A nanoparticle drug platform that can deliver small molecule drugs over a sustained period in a stable, low-toxic manner. Find out more

Mid-infrared pulse laser for biological applications

Mid-infrared pulse laser for biological applications

A system designed for generating ultrafast mid-infrared laser pulses at the wavelength at which water molecules absorb light resonantly Find out more

Highly efficient Raman-shifting optical architecture

Highly efficient Raman-shifting optical architecture

A novel optical architecture for frequency-downshifting laser light to efficiently generate high-power, narrow-bandwidth light between 1100–1500 nm, ideally suited for nonlinear frequency conversion to, for example, 550–750 nm Find out more

Novel vortex laser

Novel vortex laser

A high-power and high-efficiency new methodology for laser vortex creation that enables new devices and applications with vortex spatial format. Find out more

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