Amy Qu: Test Engineer at Scienta Omicron
Amy Qu recently joined Scienta Omicron as a Test Engineer in Taunusstein, Germany. As a PhD student at the University of British Columbia, Amy has been long time user of Scienta Omicron instrument. She was particularly fortunate to have been involved in the installation and testing process when Prof. Sarah Burke´s group commissioned a combined TESLA JT SPM/ARPES system from Scienta Omicron in 2019.
Multiprobe Prep: A Versatile UHV Module for Sample Preparation and SPM
The Multiprobe prep is the latest addition to Scienta Omicron’s range of modular UHV system platforms. It serves as both a preparation chamber for a wide range of analytical systems, and as an independent UHV system compatible with the addition of the award-winning Variable Temperature SPM (model VT SPM-XA) housed in its own bolt-on chamber.
Excillum and Scienta Omicron Japan Partner for Services and Spare Part Supply in Japan
Users of Excillum X-ray sources in Japan will have access to technical support in Japanese with experts located in the same time zone. Scienta Omicron Japan provides the services, in line with their strategy to support international advanced instrumentation deployed in Japan. Excillum and Scienta Omicron have successfully worked together for years as Excillum’s MetalJet is the X-ray source in Scienta Omicron’s HAXPES Lab system, and the knowledge and experience gained will now benefit all Excillum customers in Japan.
Graphene Nanoribbons Need to be Protected from Oxygen to Remain Functional
Atomically precise graphene nanoribbons (GNRs) are increasingly being hailed as the potential future of molecular electronics due to the tuneability of their electronic properties, which can be altered via adjusting their length, width, edge structure and the addition of heteroatoms or other doping groups. In their recently published study in ACS Nano, 2021, 15, 3, a team of researchers has used a combination of bond-resolving scanning probe microscopy (BR-SPM), along with theoretical calculations to study (3,1)-chiral graphene nanoribbons [(3,1)-chGNRs] that were synthesized on a Au(111) surface and then exposed to oxidizing environments. All STM experiments were performed using a Scienta Omicron Low Temperature Scanning Tunneling Microscopy (LT-STM), cooled to 4.3 K.