Creating Custom Molecular Interactions in SAMSON Without Coding

Being able to define and manipulate molecular interactions is essential when designing or analyzing molecular systems. From modeling hydrogen bonds to setting up protein–ligand docking environments, molecular modelers frequently need to go beyond visualization and directly interact with the system.…

Filtering Molecular Structures by Atom Counts in SAMSON

If you’ve ever worked with large molecular datasets, you know how valuable it is to filter and select structures based on their composition. Whether you’re modeling organic molecules, studying reaction mechanisms, or analyzing biomolecular systems, identifying specific groups based on…

Visualizing Atomic Defects in Diamond Structures with SAMSON

Crystals may seem perfect in textbooks, but in the real world, they’re far from flawless. Atomic defects—tiny irregularities in the structure—can have dramatic effects on material properties like conductivity, strength, and color. For molecular modelers and materials scientists, simulating and…

Making Molecular Animations Simpler with the ‘Show’ Effect

One of the challenges faced by many molecular modelers when preparing visualizations is controlling the timing and visibility of molecular components in animations. Whether you’re building an educational video, a research presentation, or simply exploring dynamic behavior, it can be…

A Simpler Way to Add, Try, or Remove a SAMSON Extension

As molecular modelers, we often need specific tools for our research—whether it’s visualization tweaks, structure preparation helpers, or access to advanced simulation algorithms. But installing and managing plug-ins or modules across platforms can be frustrating and time-consuming, especially when you…