Molecular modelers often face a major challenge: showcasing their models in a visually compelling and scientifically accurate manner. Whether you need to highlight metallic surfaces, create realistic glass molecules, or add glowing, emissive effects, proper material customization can elevate your…

For molecular modelers, visualizing and understanding atomic trajectories during molecular design or simulations is often critical. However, efficiently capturing these paths without disrupting your workflow can be challenging. Fortunately, SAMSON’s Record Path animation streamlines this process, offering a simple and…

Are you struggling with visualizing complex molecular systems in a way that’s both quick and intuitive? As molecular modelers often deal with large datasets and intricate structures, creating meaningful visualizations can be time-consuming. SAMSON’s visual presets provide a solution that…

Defects in crystals are a key area of interest for molecular modelers and researchers. These defects can affect the physical, electronic, and optical properties of materials, making them critical to understand and model accurately. In this blog post, we’ll explore…

For molecular modelers, achieving precision in structural refinement can be a recurring challenge, particularly when focusing on specific parts of a molecule while leaving other areas untouched. SAMSON, the integrative molecular design platform, provides an effective solution for such cases…

For molecular modelers, understanding the most visited regions in complex coordinate spaces can be a challenging task. The 2D density map feature in SAMSON’s Path Analyzer offers a powerful way to uncover patterns in your data by analyzing the density…

Analyzing the movement of atoms during molecular simulations is essential for understanding dynamic processes such as ligand binding/unbinding, reaction mechanisms, or conformational changes in biomolecules. However, exporting specific atom trajectories for further analysis can be a challenging task for molecular…