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!
Most catalysts and protective coatings are utilized in humid environments within the real world, and the humidity plays a large role in the durability of...
Across the globe, the energy demand is continually increasing. Unfortunately, attempts to find short-term energy solutions have caused significant environmental damage, such as increased carbon...
Protochips in Prague Given the imminent opening of an office in Berlin and the desire to connect with customers, Protochips decided the time was right...
In situ microscopy is an investigatory technique that allows researchers to observe how a sample reacts to stimuli under an electron microscope. Before in situ...
Studying liquid samples under a transmission electron microscope (TEM) has historically been a challenge for researchers. While TEMs are highly useful for capturing fine details...
Electron microscopes have exponentially expanded our understanding of the world by making what was once invisible, visible. The first electron microscope was developed in 1931...
Introduction Cryo-electron microscopy (cryo-EM) is a form of transmission electron microscopy (TEM) based on the principle of cryogenically freezing biological samples in order to study...
Introduction Energy Dispersive X-ray spectroscopy (EDXS or EDS elemental analysis) refers to the technique of measuring the characteristic x-rays emitted from materials exposed to the...
For Poseidon Select High throughput EDS Compatible with any EDS geometry Improved experiment flexibility First image: 21,966 CPS at 0º tilt. Second image: Double etched chips (top)...
We don’t know a lot about naturally occurring nanoparticles. Once thought to be a laboratory curiosity, these tiny particles are now being found everywhere. For...
2.5 million. That’s how many phones Samsung had to recall after realizing the lithium-ion batteries used in the phone were prone to spontaneous combustion. Although...
