Centre for Microscopic Studies on Matter
SPINlab Centre for Microscopic Studies on Matter (SPINlab CMSM) is an interdepartmental organisational unit of University of Silesia in Katowice specialising in correlative investigations of matter, in particular soft matter, using microscopic methods.
The activity of SPINlab CMSM is a part of intensive progress in the fields of exact and natural sciences, engineering and technical sciences, medical sciences and health sciences, connected with the development in the area of microscopic imaging of matter on a molecular scale, including studies in cryogenic conditions, correlated with spectroscopic imaging. SPINlab CMSM are modern laboratories adapted to the requirements of the latest electron and atomic force microscopes. They are also rooms for scientific and research and development work, as well as for services and projects.
Implementation of the SPINlab CMSM project, among others through participation in the global trend of microscopic research development concerning biological, biochemical, engineering, medical and pharmaceutical materials, allows for running a centre of excellence in the area of „soft matter” research.
SPINlab CMSM unique research equipment:
– Transmission electron microscope (200 kV) with a field emission gun allowing for observation of all kinds of samples with the possibility of cryogenic „soft matter” studies, tomography and transmission-scanning image registration;
– Scanning electron microscope for environmental and low vacuum (30 kV) studies, with the capability of cutting ultra-thin slices inside the microscope chamber and sequential image registration to create 3D object reconstructions;
– Scanning electron microscope coupled to a Raman spectroscope and equipped with a wave-dispersive secondary X-ray detector (WDX) and an energy-dispersive secondary X-ray detector (EDX) for topographic-spectroscopic correlation studies of matter;
– Atomic force microscope with the possibility of mechanical and electrical measurements in micro-areas also under environmental conditions;
– High-resolution confocal microscope for biological and material research;
– X-ray microtomograph for spatial imaging of matter.