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Field
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research spans key areas such as laser technologies, photonics, materials science, chemistry, electronics, nuclear physics, and nanotechnologies. FTMC offers doctoral studies in a multidisciplinary research
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institution in Lithuania, conducting cutting-edge fundamental research and technological development. FTMC’s research spans key areas such as laser technologies, photonics, materials science, chemistry
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diverse settings, including high street and independent practices, hospital eye departments, laser clinics, domiciliary services, and others. They will conduct qualitative interviews with eyecare and
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Research Assistant/Associate in Photonics Integration of Graphene and Related Materials (Fixed Term)
modulators, optical amplifiers, lasers, biosensors, etc., based on integrated GRMs. The successful candidate must have (or be close to obtaining) a PhD in Applied Physics, Material Science, Nanotechnology
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, programming, and computer simulations. The focus of the project (funded by the Danish Council for Independent Research) is to explore the interaction between optimally controlled coherent (laser) light fields
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electron laser facilities. Contact: For informal enquiries please contact Sam Hay (Sam.Hay@manchester.ac.uk ) or Mike Hough (michael.hough@diamond.ac.uk ). https://www.manchester.ac.uk/research/sam.hay https
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quantum remote sensing of atoms in the MLT. The new, flexible dye laser systems require hands-on work in optics (spectroscopy, laser physics) and software development for lidar control. Data evaluation is
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testing (NDT) or laser ablation. This exciting PhD opportunity offers a unique combination of academic and industrial challenges, equipping the student with the skills to tackle complex mechatronics
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cells flowing in microfluidic chips (Göllner, ACS Applied Materials & Interfaces, 2025). Such a chip format combined with low-cost small laser diodes for excitation of the photoacoustic signals can allow
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aims to develop an optical localization system based on the use of laser signal scanning combined with retroreflectors placed on the vehicles to be located. This localization system will allow