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Live Virtual Events: MatChar Information Days – Innovations in Thermal Analysis from Technical Applications Experts
Join METTLER TOLEDO’s Materials Characterization webinar to hear three experts with over 40 years of experience discuss recent advances in the thermal analysis field. During the live webinar, you will learn about the latest innovations, see application examples, and have the opportunity to ask questions!
Virtual Event: MatChar Information Days – Innovations in Thermal Analysis from Technical Applications Experts
Sponsors: METTLER TOLEDO & Government Scientific Source
Speakers:
Dr. Caleb McDonald has been with METTLER TOLEDO as part of the materials characterization group for the past three and a half years. He spent the prior half of a decade with another thermal analysis vendor in both applications and sales roles. Dr. McDonald has a Ph.D. and postdoc in Biochemistry & Biophysics as well as Bachelor degrees in both Biology & Chemistry, making him an expert in not just materials science but also the thermodynamics of biological macromolecules.
Dr. Brian N. Turner has been with METTLER TOLEDO for the past 7 years, originally as part of the laboratory technical support group in Columbus, OH. He holds a Ph.D. from Vanderbilt University in Analytical Chemistry where his research focused on measurements of gold nanoparticles for applications in electrochemistry and biosensors. Currently, Brian is a member of the thermal analysis and materials characterization sales team. He is currently engaged in business development and technical projects for the Eastern USA and resides in Providence, RI.
Blaine Weddle is a senior member of the Materials Characterization team at METTLER TOLEDO with 22+ years of experience with thermal analysis and related techniques. Prior to joining METTLER TOLEDO in 1998, he obtained his M.S. in Analytical chemistry from The Ohio State University. In his current role as a Technology & Applications Consultant, he assists new and existing customers with choosing the right characterization technique and selecting the right experimental parameters to solve their material-related problems.
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