Probing Nanoparticle Systems with Dynamic Light Scattering (DLS) and Zeta Potential

Join Dr. Jeff Bodycomb for an application‑focused introduction to Dynamic Light Scattering (DLS) and Zeta Potential Analysis—two essential techniques for fast, reliable characterization of nanoparticle size, protein and polymer behavior, and suspension stability. 

Designed for professionals in materials science, biopharma, nanotechnology, and formulation development, this webinar goes beyond theory to explain not only how these techniques work, but when and why to use them for optimal results. 

Dr. Bodycomb will review the fundamental principles of DLS and Zeta Potential, share best practices for method development, and walk through real‑world data examples that highlight common challenges and practical solutions. 

What You Will Learn:

1. What DLS is and why it remains a go‑to technique for nanoparticle size analysis.
2. What zeta potential measures and how it reveals suspension behavior and stability.
3. When DLS is the right tool—and when alternative techniques may be better suited.
4. How to optimize your measurement methods for accuracy, stability, and repeatability.
5. How to interpret results, including size distributions, polydispersity, and indicators of suspension stability, along with typical artifacts and how to avoid them.