Welcome to our Blog—a space where we share insights, updates, and expert perspectives on the latest trends in science and technology. From in-depth articles on industry advancements to tips for getting the most out of our products, our blog is designed to keep you informed and inspired. Dive in to explore innovations, research highlights, and stories from the field!
In today’s world of ever-growing datasets, managing and analyzing data from transmission electron microscopy (TEM) can feel overwhelming. That is why we at Protochips developed...
Gas phase EM (GP-EM) enables the visualization of dynamic processes at the nanoscale that help explain material behavior in their native gaseous environment including high...
In this interview, we had the pleasure of speaking with Nathan Rosenmann, a sixth-year PhD student in Materials Science and Engineering at Northwestern University in...
In this interview, we had the pleasure of speaking with Dr. Brian Langelier, Facilities Manager at the Canadian Centre for Electron Microscopy (CCEM) at McMaster...
TEM time is valuable. Why spend it on trial and error? As an extension of our electrochemical E-chip series, we are introducing a new ex...
Last August we announced the release of Triton AX, the first heating/cooling liquid phase electrochemical in situ TEM solution. In addition to the incredible temperature...
For over 11 years, Protochips Atmosphere AX has enabled state-of-the-art in situ TEM studies in gas environment and enabled users to correlate the effect of...
In this interview, we had the pleasure of speaking with Dr. Burak Ozdol, a TEM expert at Western Digital. With his background in semiconductor material...
Protochips Triton AX introduces a groundbreaking set of capabilities for in situ TEM, combining heating and cooling in a single electrochemical system. A wide temperature...
Whether you are studying nanomaterial changes, batteries or electrocatalysts, Protochips uniquely supports your research with the Poseidon AX in situ TEM solution. Poseidon AX is...
Elevated temperatures are an essential requirement for many research processes such as overcoming activation energy for materials synthesis and speeding up slow or sluggish kinetics....
