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on the modification and nanostructuring of glass and other optical surfaces to engineer their optical, physical and functional properties. The research will investigate how surface morphology, composition and nanoscale
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computational methods to investigate quantum, optical, thermal and spin-dependent transport in complex materials. A central expertise of the group is the LSQUANT methodology, a suite of linear-scaling, real-space
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-assembly, vesicle engineering and the physicochemical principles governing compartmentalized systems. Experience in the preparation and characterization of functional vesicles, including catalyst-loaded
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advancing both technology and manufacturing readiness levels. These PIC-based solutions are expected to support the transition from complex optical laboratory setups towards more scalable and deployable
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, the candidate will: Perform optical tweezer–based force microrheology to measure condensate mechanics (elasticity, viscosity, relaxation dynamics) using existing technology of the lab. Quantify pH-dependent
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detection, devices with advanced functionalities etc.) Many advanced tools will be available such as (dilution) cryostats with optical access, cryogenic scanning near-field microscope, optical quantum twist
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both optical and electrochemical approaches. The main objective of Merkoçi group is to design nanotech devices that can be used even by nonprofessional people for fast diagnostic at home or doctor's
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the nanoscale in order to generate simple and novel biosensing platforms. They hold a wide expertise in cells, pathogens, DNA, proteins and small molecules detection using both optical and electrochemical
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computers and, as a result, many of them remain poorly understood. UItracold atoms trapped in optical lattices provide a pristine realization of the Hubbard model and hold the promise of solving many of its