Correction: Sizing multimodal suspensions with differential dynamic microscopy

Area of Science:

• Soft Matter Physics
• Colloidal Science
• Materials Science

Context:

• Differential dynamic microscopy (DDM) is a powerful technique for analyzing the dynamics of complex fluids.
• Accurate sizing of particles in multimodal suspensions is crucial for understanding their behavior.
• Previous work by Bradley et al. introduced a DDM-based method for this purpose.

Purpose:

• To provide a correction to the original publication 'Sizing multimodal suspensions with differential dynamic microscopy'.
• To ensure the accuracy and reliability of the DDM methodology for particle sizing.
• To refine the understanding of multimodal suspension characterization.

Summary:

• This correction addresses specific details within the methodology and results presented in the original article.
• The revised information pertains to the accurate determination of particle size distributions in complex suspensions.
• The updated findings reinforce the utility of DDM for quantitative analysis of soft matter systems.

Impact:

• Ensures researchers utilize the most accurate data for multimodal suspension characterization.
• Enhances the reliability of differential dynamic microscopy as a tool in soft matter research.
• Facilitates more precise investigations into the properties and applications of colloidal systems.