Visualizing Point Defects in Diamond Using SAMSON

For molecular and materials modelers, reproducing realistic structural behaviors of crystals is essential for accurate simulations. One recurrent challenge is incorporating and visualizing point defects—like vacancies or substitutions—into periodic crystal models. These small changes can drastically affect the physical and…

Make Molecular Components Disappear in Your Animations Without Confusion

When communicating molecular mechanisms, clarity matters. Whether for educational content, journal illustrations, or presentations, effectively showing what appears—and more importantly, what disappears—can help molecular modelers deliver their message without visual noise. If you’ve ever needed to hide specific molecules or…

How to Keep Your Molecular Projects Self-Contained in SAMSON

Whether you’re running simulations, training machine learning models on molecular data, or preparing a paper, molecular modeling projects often involve more than just molecules. You may need Python scripts, research images, datasets, PDFs, and more. Managing all of these scattered…

A Better Way to Organize Your Molecular Projects in SAMSON

Managing large molecular design projects often involves juggling multiple structures, scripts, and associated data files. For many scientists and modelers, this can quickly become overwhelming—particularly when trying to locate specific elements, toggle between tasks, or share their work. Fortunately, SAMSON…