If you’re a molecular modeler working in a Linux environment, you’ve probably encountered a familiar frustration: you download an impressive-looking platform like SAMSON, excited to explore its powerful features—only to hit a wall because something doesn’t launch or render properly.…

Working with complex molecular systems isn’t just about atom placements or energy calculations—it’s also about staying organized. When you’re managing multiple structures, simulations, and design components, locating and modifying specific parts of your system efficiently becomes a challenge. That’s where…

Collaborative molecular modeling often means sharing simulation results, structural models, and analysis documents with colleagues, collaborators, or students. But how do you ensure your work is shared securely, with the right level of access and control? SAMSON Connect offers a…

In collaborative scientific environments, communication and visibility are key—not just among internal teams but across the broader research community. For molecular modelers, bioinformaticians, and computational chemists, your contributions often live in datasets, simulation files, and 3D models. Making those accessible…

One of the most common challenges in molecular modeling is communicating dynamic molecular behavior effectively. Whether you’re analyzing conformational changes, studying interactions, or presenting your findings, static images rarely capture the full story. Animations help, but default camera motions can…

Measuring distances, angles, and torsions between atoms is a common task in molecular modeling. It helps you validate structures, prepare simulations, and analyze chemical interactions. But if you’ve ever had to re-do the same measurement just because it disappeared when…