A molecular presentation can be scientifically clear and still feel distracting if its background changes abruptly or competes with the structure on screen. This is especially noticeable when moving between a title slide, a molecular view, and supporting context. The…

Preparing a coarse-grained (CG) model for molecular dynamics can look straightforward: load the structure, add water, and continue to minimization. But a setting that is reasonable for an atomistic system may be too small for a coarse-grained one. The result…

A temperature plot can look busy even when an NVT equilibration is progressing normally. That makes a common molecular-modeling decision surprisingly difficult: should you continue to NPT, or give the system more time? The useful signal is not whether every…

A pair of protein structures can show you two conformations, but not what happens between them. That gap matters when you want to inspect a motion, prepare a starting path for a simulation, or compare intermediate shapes. Simply switching between…

Building a nanotube from scratch can feel less like molecular design and more like a geometry puzzle: the ring must close, neighboring edges need to meet, and the repeating units must be spaced and oriented consistently. Pattern editors in SAMSON…

A molecular structure can be scientifically rich and visually overwhelming at the same time. When atoms, bonds, chains, ligands, and waters all compete for attention, it becomes difficult to show the feature you actually want someone to notice. The solution…

You add a SAMSON Extension from the marketplace, reopen your molecular modeling project, and then… nothing looks different. It’s an easy moment to mistake “I can’t see it” for “it didn’t install.” But extensions can provide different kinds of functionality,…