Novel IR-laser source for active spectroscopy and medical applications
Microlab on a chip for water analysis via PrimeLab 2.CHIP
Development of sensitive and robust cell-based biosensor assay platforms using peptide gel matrices
Compact Deep UV Resonant Raman Instrument for in line measurement of proteins
Development of thin-film coatings for integrated optics grating couplers in order to enhance their sensitivity, selectivity and speed of response for sensing applications in medicine.
Determination of the environmental footprint of a vehicle and relation of this to the economic and social costs of maintaining the infrastructure.
Aims to bring together european competences in the field of tribology,by establishing an integrated, powerful umbrella to improve interaction between industry and tribology research and to facilitate the transfer of technology to industry.
Second harmonic generation (shg) can generate a wave with twice the optical frequency. Multiphoton microscopy, including shg, produces high-resolution, three-dimensional pictures of tissue with minimal damage to living cells.
An ultrasonic flow measuring system will be developed for official checks and certifications of metering points which are installed in the systems for water supply and sewage recovery in industrial and residential areas.
Project is focused on development of a miniaturised integrated sensor system which will be applied for co2 detection. The sensor is based on fibre optic and/or planar components built in fully portable system. The miniaturised sensor system will be controlled and data will be evaluated by a pc.