Are You Spending Too Much Time on Molecular Visualization? If you’re a molecular modeler, chances are that visualizing complex molecular systems often feels like a time-consuming process. Manually setting up multiple visual representations, adjusting color schemes, and organizing layers can…

For molecular modelers, creating visually compelling and scientifically accurate representations of materials can be a persistent challenge. Whether you’re simulating a metallic surface, a transparent protein structure, or an emissive element, the appearance of your models plays a significant role.…

Molecular modeling often involves understanding intricate atomic movements in biomolecules, such as ligand unbinding, domain movements, or diffusion pathways. A common challenge for molecular modelers is analyzing and visualizing the center-of-mass (COM) motion of atoms across complex systems. SAMSON’s Pathlines…

For molecular modelers, stable and realistic molecular geometries are essential whether you are preparing simulations or performing interactive modeling tasks. One of the challenges in molecular design is efficiently optimizing molecular geometries to reach energy minima, particularly for large systems…

One of the critical challenges in molecular modeling is ensuring that your system is free from steric clashes and poor local geometries before further equilibration and simulations. This is where the Energy Minimization step becomes essential. In this blog post,…

When working with molecular modeling, one of the critical tasks is fine-tuning how molecular structures behave under force fields. Enter the Universal Force Field (UFF) in SAMSON, which provides tools for automatic molecular typization. But what if the default typization…