by Annie Laver | Jun 30, 2026 | Blog
At Quantemol, our goal is to provide the most accurate simulation software and validated chemistry data for the plasma community. Navigating the modern semiconductor landscape requires an intense focus on the physical and chemical realities inside the processing...
by Annie Laver | May 20, 2026 | Blog
The Quantemol Database (QDB) website is receiving a complete, ground-up overhaul built to speed up your plasma chemistry research workflows. This massive upgrade was spearheaded by Alex, a recent computational chemistry PhD graduate from UCL who has joined our...
by Annie Laver | Apr 9, 2026 | Blog
Meet the Experts: Professor Erwin Kessels Erwin Kessels is a professor at Eindhoven University of Technology and has been active in (plasma-enhanced) ALD since 2002. His research has since expanded to ALE and area-selective ALD. He has received several awards,...
by Annie Laver | Mar 25, 2026 | Blog
The semiconductor industry is currently undergoing a significant shift. As we move into the sub-3nm process node (where features are measured by counting individual atoms), the manufacturing methods of the last decade are reaching their physical limits. At this scale,...
by Annie Laver | Jan 28, 2026 | Blog
In the race to sub-3nm nodes, precision isn’t just an advantage- it’s a requirement. As semiconductor features shrink, traditional continuous plasma etching is hitting its physical limits. The industry’s solution? Pulsed Capacitively Coupled Plasmas...
by Annie Laver | Dec 19, 2025 | Blog
In plasma processing, perfection is fragile. One small, unpredictable change in gas pressure or power can undo an otherwise optimised process. To move beyond trial-and-error, engineers and researchers rely on simulation. Choosing the Quantemol Virtual Tool (QVT) means...
