Author: OneAngstrom

For molecular modelers, precise and intuitive visualization of nanosystems is key to understanding complex structures and systems. SAMSON’s Visual Models offer a powerful way to bring clarity to your work, helping you display nanosystems in various graphical formats suited to…

For molecular modelers, administrative roadblocks can sometimes slow down or complicate the software installation process. Whether you’re working on a shared machine or your work environment has heavy administrative restrictions, these issues can become a real pain point. Luckily, SAMSON,…

Compactness is a key factor to monitor when studying molecular modeling. Whether you are exploring folding, swelling, or large-scale structural changes, keeping track of how tightly your molecules pack together can reveal critical insights. One well-established and efficient way to…

For molecular modelers looking to build complex polymers, organizing component monomers in a streamlined way is a significant challenge. This is especially true for polymers with repeating units that need to be managed efficiently for simulation or material design. The…

For molecular modelers and computational chemists, precise tracking of atom trajectories along defined paths is often crucial during reaction coordinate studies, free energy calculations, or ligand pathway analysis. Such workflows generate detailed movement data that can offer deep insights into…

Presenting molecular structures effectively can be a challenge for scientists and researchers. Sometimes, specific moments in your molecular animations require extra attention. Whether it’s analyzing a particular molecular interaction or explaining a dynamic event, having the ability to pause can…

For molecular modelers, the ability to analyze atomic movements along defined paths is essential for tasks like reaction coordinate studies, free energy calculations, and pathway visualization. Extracting such trajectory data, however, can often feel cumbersome due to inadequate tools or…