With a basis in Professor Kai Siegbahns Nobel Prize winning ESCA method, VG Scienta has developed state-of-the-art electron analysers and sources for surface physics measurement systems that help researchers better understand material structures for applications such as superconductors, graphene or magnetic material. Recent development now enables the use of VG Scientas electron analysers under near ambient pressures which allows for research in areas such as energy, environmental science and biotechnology
With a basis in Professor Kai Siegbahns Nobel Prize winning ESCA method, VG Scienta has developed state-of-the-art electron analysers and sources for surface physics measurement systems that help researchers better understand material structures for applications such as superconductors, graphene or magnetic material. Recent development now enables the use of VG Scientas electron analysers under near ambient pressures which allows for research in areas such as energy, environmental science and biotechnology