Silicon Carbide (SiC) Materials & Devices Workshop的动态

Our latest paper is now out in ECS Advances, and it's open access. In the paper, we discuss a simple, effective methodology for using X-ray microscopy to track microstructural trends during cell cycling that can be applied in battery manufacturing facilities. Check it out here: https://lnkd.in/e-_quhy8 Thanks to my co-authors Umamaheswari Viswanathan, Greg Less, Robert Kerns, and Nancy Muyanja, PhD for the great collaboration!

Topics are the Photonics West, the Vision Markets and the IMVA

The website for the 31st New Zealand Conference on Microscopy is now available and accepting abstracts: https://lnkd.in/gV_w-eWg Lots of great speakers are lined up, and I am particularly looking forward to the following keynote speaker: Dr. Elena Taran, Materials Characterisation and Fabrication Platform,?University of Melbourne, "Quantifying the Nanoworld: Measuring Mechanical Properties with High-Resolution AFM"

Recognizing how the user-friendly Innovent helped advance research in his prior positions, Dr. Nathan Crane acquired another Innovent system for the CREATE Lab at Brigham Young University. The team uses the system to study everything from the impacts of binder drying on part accuracy to microfluidic designs. Learn more about the team's studies by downloading our case study. https://hubs.li/Q032592z0

WaferBond'25 will take place on the 3rd and 4th of December in Chemnitz, Germany. This conference on Wafer Bonding for Microsystems, 3D and Wafer Level Integration is organised by ErzM-Technologies UG, locally chaired by Fraunhofer ENAS and with the University as Technical Chair. All topics around wafer bonding, such as all types of wafer bonding processes and their process integration to enable new and advanced applications, fundamentals of new wafer bonding solutions, related metrology, characterisation techniques including reliability aspects as well as new developments of wafer bonding equipment will be covered by this networking event.?? You are invited to present your latest wafer bonding related result to the vital wafer bonding community. The call for papers will be published in February 2025. We are looking forward to your contributions to get again an interesting program, which will be supplemented by invited keynotes about highly topical themes.??Of course, it is also possible to participate without making a direct conference contribution, as the conference offers a variety of opportunities for exchange and is also complemented by an exhibition of companies that are active in this field. It will also be possible to visit the Fraunhofer ENAS clean room facilities, including the wafer bonding laboratories, on 2 December, when we will be hosting the pre-event receptions for conference participants. You should mark your calendars for 2-4 December.

Our CEO, Gordon Hamilton, shares the vision that sparked the creation of Depixus MAGNA One: overcoming the limitations of existing technologies by uniting three critical capabilities in a single instrument. With MAGNA One, you can: ?? Observe molecular dynamics in real time—see binding events unfold with vivid clarity. ?? Directly study molecular interactions—probe binding kinetics, forces, and shifts between conformational states. ?? Generate a truly representative view—access individual data streams from tens of thousands of molecules, uncovering molecular heterogeneity and rare events. ?? For the complete story, watch the on-demand webinar here: https://lnkd.in/euzzVSgt

The focus issue with J Phys D: Appl Phys on Research and Application Studies at the Leibniz Institute for Plasma Science and Technology in Greifswald starts growing with its first two articles on vacuum arc and microarcs published. Much more is to come with all published in open access. The issue is showcased here https://lnkd.in/dND6vSEA All very best wishes for the coming 2025!

Come check out my poster this Wednesday if you're in Boston for MRS! I'm presenting on-going work with Dr. Vivian Santamaría García and advised?by Dr. Svetlana Boriskina on the opto-electronic response of the nodal line semimetal PbTaSe2, a topological material. Our study aims to uncover the effects of symmetry breaking and spin-orbit coupling in nodal line semimetals on light-matter interactions, as well as their potential applications in IR/THz photodetection. I'm particularly excited to share recent experimental results on local photocurrent responses which were collected with a setup that I've been constructing. ?? Details: Weds, Dec 4th, 8-10pm QT03.09.06 Optoelectronic Response of Nodal Line Semimetal PbTaSe2 Hynes, Level 1, Hall A Also, check out my labmates' presentations:?https://lnkd.in/ea5pCecg?

Talking to Gabriel Krens about the Imaging & Optics facility he manages at Institute of Science and Technology Austria gave me some very interesting insights! Read his thoughts in this article ??