This MIT.nano Tool Talk will cover the basics of Raman imaging and provide examples from the fields of 2D materials, semiconductors, pharmaceutical research and life sciences.
Raman imaging microscopy is a powerful and versatile tool for chemically characterizing materials. It relies on the Raman effect, in which a distinctive energy shift in photons scattered by molecules serves as a “fingerprint” that can reveal the distribution of sample components in three dimensions.
The technique is nondestructive and sensitive enough to acquire data from extremely small volumes and material concentrations. It can accelerate research in fields from nanotechnology to geology, polymers to ceramics, conventional semiconductors to novel two-dimensional (2D) materials, and more as the method’s adoption continues to gather pace.
This talk will cover the basics of Raman imaging microscopy and provide detailed examples of the following applications:
On Demand
Duration:c. 60 minutes
Language:English
Businesses:WITec | Raman
Thomas Meyer holds a diploma in Physics with a background in Biophysics. He has been an Application Scientist at WITec since 2020.
This Tool Talk is hosted by WITec and MIT.nano and will be held via Zoom. If you'd like to attend, please register in order to receive access details.