Installing and starting a computational platform for molecular modeling like SAMSON can feel daunting at first—especially with system-specific variations. However, SAMSON’s structured installation and startup process ensures scientists, researchers, and molecular modelers can get started with minimal friction across Windows,…

In molecular modeling, it can be difficult to effectively monitor how a group of atoms changes its shape along a path or trajectory. While measurements like the radius of gyration provide valuable insights, they often oversimplify the complexity of shape…

In molecular modeling, crafting effective presentations of your molecular simulations or projects is often essential, whether you’re showcasing your work to colleagues, stakeholders, or peers. One recurring challenge is creating smooth, visually engaging transitions, especially when presenting sequential animations. With…

Modern high DPI monitors are fantastic for crisp and detailed visuals, but they can occasionally cause compatibility issues with certain software. For users of SAMSON—the integrative molecular design platform—you might notice that the interface icons appear much smaller than expected…

Building complex molecular structures can often feel like an arduous jigsaw puzzle. For molecular modelers working across domains like nanotechnology, biomolecular modeling, and materials science, the ability to create large patterns of molecules in an organized, precise, and efficient manner…

Setting up molecular dynamics (MD) simulations can often feel tedious for molecular modelers, with workflows that demand both precision and numerous steps. Fortunately, GROMACS Wizard in SAMSON offers a practical solution to simplify these tasks, specifically designed to integrate and…