Research groups
MERIT offers a real variety and diversity of research options. The following research groups are involved in MERIT, composed of multidisciplinary and international research teams. The candidates can freely choose among these options and formulate their own research proposal.
Biotechnology and Biomedicine
Antibiotic Resistance and Microbial Metabolomics Radiobiology Radiocarbon dating Telemedicine and Diabetes Rehabilitation process quantification Medicinal Chemistry Experimental Neurobiology Cognitive Systems and Neuroscience Industrial Laser Applications Experimental psychopharmacology Applied Research in Early Stage of Serious Mental Illnesses Applied Proteome Analyses Non-Mendelian Evolution Molecular Ecology Neuroscience – Pain Research Structural Biology of Signaling Proteins Structural Biology and Cell Signaling – Chips arrays for clinical diagnostics Structural Biology and Cell Signaling – Construction of microfluidics apparatus Structural Biology Structural Proteins Molecular Pathogenetics
Digitalisation and AI
Laser technologies
Radiation Physics and Electron Acceleration Additive manufacturing Metrology, calibration of geodetic instruments Environmental Aerodynamics Industrial Laser Applications Advanced Laser Development (HiLASE) Plasma Physics – Ion Acceleration and Applications of High Energy Particles Laser-driven X-ray sources – Radiation Physics and Electron Acceleration Advanced Laser Development (ELI Beamlines)
Space technologies
Sustainable energy and Materials
Control systems and optimization Electronic systems and diagnostics Composite structures Structural nuclear materials Nuclear engineering Materials and structures Indoor Environment of Buildings Radiocarbon dating High energy atmospheric physics Internal Flows Environmental Aerodynamics Construction physics Energy technologies
Antibiotic Resistance and Microbial Metabolomics Radiobiology Radiocarbon dating Telemedicine and Diabetes Rehabilitation process quantification Medicinal Chemistry Experimental Neurobiology Cognitive Systems and Neuroscience Industrial Laser Applications Experimental psychopharmacology Applied Research in Early Stage of Serious Mental Illnesses Applied Proteome Analyses Non-Mendelian Evolution Molecular Ecology Neuroscience – Pain Research Structural Biology of Signaling Proteins Structural Biology and Cell Signaling – Chips arrays for clinical diagnostics Structural Biology and Cell Signaling – Construction of microfluidics apparatus Structural Biology Structural Proteins Molecular Pathogenetics
Additive manufacturing Metrology, calibration of geodetic instruments Spatial Science in Ecology and Environment Hydrological and Climate Variability Cognitive Systems and Neuroscience Interplanetary matter Galaxies and planetary systems Stellar Physics Solar Physics Geoecology
Radiation Physics and Electron Acceleration Additive manufacturing Metrology, calibration of geodetic instruments Environmental Aerodynamics Industrial Laser Applications Advanced Laser Development (HiLASE) Plasma Physics – Ion Acceleration and Applications of High Energy Particles Laser-driven X-ray sources – Radiation Physics and Electron Acceleration Advanced Laser Development (ELI Beamlines)
High energy atmospheric physics Interdisciplinary use of GNSS Interplanetary matter Galaxies and planetary systems Stellar Physics Solar Physics Advanced Laser Development (HiLASE)
Control systems and optimization Electronic systems and diagnostics Composite structures Structural nuclear materials Nuclear engineering Materials and structures Indoor Environment of Buildings Radiocarbon dating High energy atmospheric physics Internal Flows Environmental Aerodynamics Construction physics Energy technologies