Euclid is excited to announce we are working together with JEOL to bring our UltraFast Pulser™ system to TU Wien. This will be the first ultrafast electron microscope (UEM) in Austria and will be located in the USTEM user facility at TU Wien and led by Prof. P. Haslinger. Euclid is working directly with JEOL to install our UFP™ system in the factory on this state-of-the-art aberration corrected JEM-ARM200F NEOARM. This new microscope is part of the Austrian Quantum Transmission Electron Microscope (AQUTEM) project which will focus on probing quantum interactions via the unparalleled spatio-temporal resolution that a UEM provides.
Not only will this microscope be the first of its kind in Austria; experiments proposed by Prof. Haslinger and his group would be the first of their kind in the world. The idea is to turn the transmission electron microscope (TEM) into a non-invasive quantum imaging technique with a pump-probe scheme that can measure spin resonance1. The Haslinger lab has already demonstrated one scheme to measure in-plane spin in the standard electron spin resonance sample, BDPA, using a custom microwave biasing holder2. The next scheme will involve using Euclid’s UltraFast Pulser™ system to pulse the electron beam. This temporally modulated electron beam can manipulate and drive transitions in quantum systems3. Interferometric experiments to measure electron spin resonance inside a TEM would be a remarkable leap forward for measurement of nanoscale quantum systems and Euclid looks forward to working with Prof. Haslinger, TU Wien, and JEOL to make these experiments a reality.
For more information about our UltraFast Pulser™, contact us here.