In this half-day scientific conference, six esteemed speakers from academia and industry present a mix of leading-edge Raman imaging applications from a wide range of fields, including battery research, 2D materials analysis, pharmaceutics and life sciences.

Contents

As Raman imaging microscopy has become a widely utilized chemical characterization method, an ever-growing range of applications has emerged that demonstrate its potential for leading-edge research and development. This virtual conference will feature speakers from academia and industry highlighting the benefits that Raman microscopy can offer a variety of scientific fields, and their talks will be grouped into two sessions: Life Sciences and Materials Science.

Key Learning Objectives

• Learn about the fundamentals of enhanced 3D Raman imaging at the highest spectral and spatial resolution
• Be introduced to the possibilities of correlative Raman microscopy investigations
• Become familiar with state–of–the–art application examples from various trending research fields

Program

Session 1: Life Sciences

• Introduction to Raman Microscopy, Dr. Miriam Böhmler (WITec GmbH, Germany)
• Advancing the Understanding of Heterogeneous Biological Systems with Raman Confocal Microscopy, Dr. Lauren Tetard (University of Central Florida, USA)
• Raman Imaging as a Tool in Materials, Pharmaceutical and Biological Sciences, Dr. Ricardo Faccio (Universidad de la República, Uruguay)

Session 2: Materials Sciences

• “Photos” from Flatland: Multimodal Raman Imaging of Ultrathin Materials, Dr. Thomas Beechem (Purdue University, USA)
• Integrated Synthesis-Spectroscopy System for Air-Sensitive 2D Materials, Dr. Joan Redwing (Penn State University, USA)
• Advancing Battery Development and Materials Science with Raman-SEM, Dr. Ute Schmidt (WITec GmbH, Germany)