Laboratory for X-ray Nanoscience and Technologies
The Laboratory for X-ray Nanoscience and Technologies' (LXS) mission is to perform fundamental and applied research with focus on nanoscience by leveraging the synergies between advanced micro/nanofabrication and large-scale facilities, particularly the Swiss Light Source (SLS) and the SwissFEL. We develop and apply X-ray instrumentation (optics, detectors, diagnostics, etc.) for large-scale facilities using advanced micro and nanotechnology.
Latest Scientific Highlights and News
Scientific Highlights
Dancing molecules
When cycloalkanes are enclosed in a nanometer-sized pore, they adapt their shape - similar to the induced fit concept described in #biochemistry. The molecules do not all behave in the same way and surprisingly start to move when there is a lack of space at 5K.
Thomas Mortelmans receives the Swiss Nanotechnology PhD award
Thomas Mortelmans has been a PhD at the Laboratory for X-ray Nanosciences and Technologies for the last four years. He recently defended his PhD-thesis at the University of Basel entitled: "The development of a nanofluidic particle size sorter and its biomedical sciences" and was awarded the grade of summa cum laude.
Making it easier to differentiate mirror-image molecules
Researchers have shown that mirror-image substances – so-called enantiomers – can be better distinguished using helical X-ray light.
News
Welcome to LXN Paolo Ansuinelli
Herzlich Willkommen Paolo Ansuinelli in LXN!
"Quantum Magnet Lunch" Retreat in Weggis
On September 30 & October 1 2022, our so-called "Quantum Magnet Lunch" team - consisting of the larger QPS group, as well as, Gabriel Aeppli and Markus Müller - has organised a two-day retreat to review our ongoing projects. The goal of the event was to fly above the details of our daily routine and to revisit our overall vision.
Swiss-French Pulsed Magnetic Field Retreat
The Cristallina-Q team has welcomed French high-field experts at SwissFEL for an informal 2-day retreat. The ten participants discussed which technical capabilities of the UZH-PSI pulsed magnet setup should be further developed and which science cases targeted in the upcoming commissioning and pilot experiment phase.