Research

INSPiRE-MED will provide research and training to 15 early career researchers in the field of medical imaging, specifically Magnetic Resonance Spectroscopy (MRS) and Spectroscopic Imaging (MRSI), combined with MR Imaging and Positron Emission Tomography (PET). INSPiRE-MED Fellows will acquire skills to develop careers contributing to innovative technological advances in medical imaging in a multi-disciplinary environment encompassing physics, mathematical and computer sciences leading to applications in medicine and biological sciences.

Optical clocks and frequency standards are the most precise measurement devices available today. However, further improvements are needed to extend applications in communication, in navigation and in fundamental metrology. This project will investigate laser-cooled trapped ions as a reference for a next generation of optical clocks of highest accuracy. While most precise optical clocks with trapped ions are based on single ions, this project will investigate large ensembles of ions in a Coulomb-coupled solid-like state, known as Coulomb crystals (CCs).

This project will deliver a range of improved, accurate, traceable measuring systems for operation as Large Volume Metrology (LVM) tools and integration of these tools into a factory coordinate metrology network. The network and tools will be suitable for operation in typical factory environments or for permanent inclusion inside manufacturing systems such as large machine tools, industrial robots, etc., in accordance with ISO Geometrical Product Specifications standards (GPS).

Project aims to develop and commercialize two new types of detection system for scanning electron microscope (SEM). Both systems will be based on a single crystalline scintillator material. Those systems are A) quantitative STEM detector (STEM) and B) BSE detector for high-temperature samples (HTB). STEM detector will allow for studying of exact parameters of scattering of electron in thin samples. HTB detector will enable measurement of high-temperature behaviour of materials like recrystallization, phase transitions, etc.