Understanding Molecular Trajectories in SAMSON.

If you’re a molecular modeler, one of the recurring challenges is working with molecular trajectories. These trajectories, often used to understand the motion and dynamics of molecular systems, play a crucial role in computational chemistry, structural biology, and materials science.…

Effortless Guide to Uninstalling SAMSON

As a molecular modeler, trying out multiple software solutions is a regular part of your workflow. However, you may sometimes find that a software no longer meets your needs, and proper uninstallation becomes critical for freeing up system resources and…

Effortlessly Measuring Atom Distances in Molecular Designs

Molecular modeling often relies on precise measurements to understand molecular structures and their interactions. For molecular modelers, accurately measuring distances between atoms or bond lengths can be crucial, whether analyzing a complex molecule or fine-tuning a design. Fortunately, SAMSON, the…

Streamlining Umbrella Sampling Setup in Molecular Simulations

Umbrella sampling is a cornerstone technique in molecular dynamics simulations, particularly for calculating the Potential of Mean Force (PMF) along reaction coordinates. However, setting up umbrella sampling windows can be a daunting task, especially when dealing with large datasets or…

Easily Create Complex Molecular Patterns in SAMSON.

Molecular modelers often face the challenge of manually creating repetitive patterns of molecules—imagine building nanoscale structures like nanotubes, nanorings, or other intricate designs atom by atom. It can be tedious, error-prone, and time-consuming. If you work with molecular modeling, you’ll…