Author: OneAngstrom

Exploring Defects in Diamond Structures: A Step-by-Step Guide

Defects in molecular structures often play a crucial role in determining material properties. Understanding and visualizing these defects is an important step for many molecular modelers working on nanostructures, materials, and more. Today, we will explore how to effectively simulate…

Streamlining Molecular Visualization with Visual Presets in SAMSON

Molecular modelers often need to create visually compelling and informative representations of complex molecular systems. This can involve customizing multiple parameters like visual representations and color schemes—a time-intensive process. Luckily, SAMSON offers a solution: Visual Presets. They allow users to…

Mastering the Universal Force Field Setup in SAMSON

Setting up molecular simulations can be a challenging task, but SAMSON’s Universal Force Field (UFF) interaction model introduces an efficient and user-friendly way to bridge complex molecular mechanics and intuitive modeling. If you’ve ever struggled with setting bonds, atom types,…

Mastering Interactive Carbon Nanotube Creation in SAMSON

For molecular modelers, nanotechnology enthusiasts, or materials scientists, customizable carbon nanotube (CNT) models are a must-have. But creating these complex structures can be a frustrating challenge if you’re working without intuitive tools. What if you could build single-walled or multi-walled…

Ensuring Compatibility for Your SAMSON Extensions

Molecular modelers rely on software like SAMSON to design and simulate complex molecular systems. A key aspect of using SAMSON effectively is ensuring that its Extensions are compatible with the current software version. Let’s explore how SAMSON handles this process…

Boost Your Molecular Modeling Workflow with SAMSON Extensions

Molecular modelers often face the challenge of adapting software platforms to their unique workflows. Whether it’s visualizing molecular structures, performing simulations, or analyzing results, the need for customization can be a significant pain point. This is where SAMSON Extensions come…

Understanding Residue Polarity for Molecular Modeling

Have you ever found yourself asking how to efficiently select amino acid residues based on their polarity? For molecular modelers, understanding the polarity of residues can be crucial when analyzing or designing complex structures. In this blog post, we’ll take…

Mastering Sequence Selection Across Views in SAMSON

Molecular modelers often face the challenge of managing and selecting specific residues in complex molecular structures. Whether you’re focusing on a particular chain, analyzing biophysical properties, or preparing data for workflows, accurate and synchronized selection across multiple views is crucial.…

Mastering Carbon Nanotube Modeling with Precision

For molecular modelers and researchers in nanoscience, building carbon nanotube (CNT) models is often a critical task when designing nano-devices, modeling molecular transport, or exploring material properties. Crafting custom CNT structures tailored for simulations is vital, yet it can be…