In the world of plasma modeling and complex gas chemistry, understanding how electrons interact with molecules is the foundational key. Quantemol-EC (QEC) is excellent for studying how electron collisions excite molecules. But what happens when that energized molecule...

How do scientists study complex molecules, especially those with heavy atoms? It’s a challenge of immense scale. The sheer number of electrons makes a complete calculation computationally intensive and often impractical.  This is a core challenge in quantum chemistry,...

Today's most advanced technology, from crafting tiny computer chips to engineering super-strong materials, hinges on understanding how electrons interact with molecules. But there's a problem: when molecules contain "heavy" atoms (anything heavier than Argon),...

When you think about cutting edge technology, perhaps AI or quantum computing springs to mind. But often, the most important work happens at a much smaller scale: controlling atomic-level processes in semiconductor manufacturing. This is the core of modern...

Ammonia (NH₃) is emerging as a surprising contender in the quest for sustainable energy sources. Known primarily as a fertilizer ingredient, ammonia’s potential as a hydrogen carrier is being recognized for its practicality and environmental benefits. Unlike pure...

Dissociative Electron Attachment (DEA) Dissociative Electron Attachment (DEA) is a pivotal process in molecular chemistry where an incoming low-energy electron attaches to a molecule, leading to its dissociation into fragments. This mechanism is crucial for...

Pursuing enhanced computational efficiency and precision, Dr. Kateryna Lemishko's recent presentation at ICOPS 2024 introduced an innovative machine learning approach for estimating plasma reaction kinetic data. This study addresses the critical issue of limited...

From 5-10 November 2023, our Chief Technology Officer Dr Sebastian Mohr attended the AVS International Symposium and Exhibition Conference in Portland, Oregon. This annual conference attracts many scientists working on plasma processes and applications. At the...

From 9-13 October 2023, our Research Scientist Dr Greg Armstrong attended the Gaseous Electronics Conference (GEC) in Ann Arbor, Michigan. This annual conference attracts many scientists working on atomic and molecular collision processes in plasmas. The University of...

As the scientific community continues to generate ever-increasing volumes of data, obtained through experiments or numerical simulations, machine learning has emerged as an increasingly popular tool among researchers across different scientific domains.  Quantemol...

In the world of plasma modeling and complex gas chemistry, understanding how electrons interact with molecules is the foundational key. Quantemol-EC (QEC) is excellent for studying how electron...

How do scientists study complex molecules, especially those with heavy atoms? It’s a challenge of immense scale. The sheer number of electrons makes a complete calculation computationally intensive...

Today's most advanced technology, from crafting tiny computer chips to engineering super-strong materials, hinges on understanding how electrons interact with molecules. But there's a problem: when...

When you think about cutting edge technology, perhaps AI or quantum computing springs to mind. But often, the most important work happens at a much smaller scale: controlling atomic-level processes...

Ammonia (NH₃) is emerging as a surprising contender in the quest for sustainable energy sources. Known primarily as a fertilizer ingredient, ammonia’s potential as a hydrogen carrier is being...

Dissociative Electron Attachment (DEA) Dissociative Electron Attachment (DEA) is a pivotal process in molecular chemistry where an incoming low-energy electron attaches to a molecule, leading to its...

Pursuing enhanced computational efficiency and precision, Dr. Kateryna Lemishko's recent presentation at ICOPS 2024 introduced an innovative machine learning approach for estimating plasma reaction...

From 5-10 November 2023, our Chief Technology Officer Dr Sebastian Mohr attended the AVS International Symposium and Exhibition Conference in Portland, Oregon. This annual conference attracts many...

From 9-13 October 2023, our Research Scientist Dr Greg Armstrong attended the Gaseous Electronics Conference (GEC) in Ann Arbor, Michigan. This annual conference attracts many scientists working on...

As the scientific community continues to generate ever-increasing volumes of data, obtained through experiments or numerical simulations, machine learning has emerged as an increasingly popular tool...

In the world of plasma modeling and complex gas chemistry, understanding how electrons interact with molecules is the foundational key. Quantemol-EC...

How do scientists study complex molecules, especially those with heavy atoms? It’s a challenge of immense scale. The sheer number of electrons makes...

Today's most advanced technology, from crafting tiny computer chips to engineering super-strong materials, hinges on understanding how electrons...

When you think about cutting edge technology, perhaps AI or quantum computing springs to mind. But often, the most important work happens at a much...

Ammonia (NH₃) is emerging as a surprising contender in the quest for sustainable energy sources. Known primarily as a fertilizer ingredient,...

Dissociative Electron Attachment (DEA) Dissociative Electron Attachment (DEA) is a pivotal process in molecular chemistry where an incoming...

Pursuing enhanced computational efficiency and precision, Dr. Kateryna Lemishko's recent presentation at ICOPS 2024 introduced an innovative machine...

From 5-10 November 2023, our Chief Technology Officer Dr Sebastian Mohr attended the AVS International Symposium and Exhibition Conference in...

From 9-13 October 2023, our Research Scientist Dr Greg Armstrong attended the Gaseous Electronics Conference (GEC) in Ann Arbor, Michigan. This...

As the scientific community continues to generate ever-increasing volumes of data, obtained through experiments or numerical simulations, machine...