How to overcome the seemingly unbridgeable gap between superior interference removal and high productivity in a busy laboratory using the Thermo Fisher iCAP ICP-MS.

This is the third in a multi-part blog series highlighting the key attributes and impressive benefits of the Stellar mass spectrometer—the first-of-its-kind instrument.

The usage of biofuels has been expanding quickly, as businesses and industries throughout the world invest in the technology to lower their carbon footprint and meet renewable energy targets.

“Garbage in, garbage out” applies to mass spectrometry too—poor input leads to poor results, especially in collision reaction cells where input quality directly affects data accuracy.

In this post, we’ll explore the principles of CAD, its advantages, and how it’s transforming the landscape of analytical chemistry.

Can the design of a gas chromatograph (GC) impact the productivity of your laboratory? The answer is yes, especially when it allows you to work more efficiently.

This blog explores the role of lithium and other elements in battery tech, how they’re quantified, and what future alternatives may shape the next generation of energy storage.

Prof. Helen Cooper from the University of Birmingham shared new insights into imaging large multiprotein complexes using native nano-DESI mass spectrometry.

The article highlights hydrogen as a sustainable, cost-effective alternative to helium in GC/GC-MS, with benefits in speed and availability, but also notes safety and compatibility challenges.

Today, lithium gets most of the attention when it comes to battery technology, but its downstairs neighbor on the periodic table could eventually displace it. Certainly not entirely, but partly.