Over the last few years applications of Raman spectroscopy have expanded beyond clinical settings, offering promising endeavours in many industries including life sciences, forensics, semiconductors and many more.
But first things first: What is Raman Spectroscopy?
Raman spectra are comprised of a number of peaks with differing intensity and energy that correspond to different vibrational modes within the molecule. These vibrational modes provide information on the atoms and bonding within the material under study. Raman Spectroscopy is a non-destructive chemical analysis technique based on the interaction of light with the chemical bonds of the material under analysis, offering detailed information about chemical structures, phases crystallinity, molecular interactions and more.
For example, the combination of Raman spectroscopy with microscopes has allowed experts to obtain insights on pharmaceutical compounds within drug development, and when applied to cultural heritage, it has allowed historians to identify and characterize the original and decayed compounds present in objects of art and archaeology. More recently, it has also become a powerful ally for forgery detection!
Indeed, one cannot deny the interdisciplinary application of this analysis technique.
The Raman spectroscopy technique will still evolve for as long as the technology will allow it, and as laser experts our mission is to continue to facilitate its expansion and impact in many more applications.
Take the opportunity to learn more about Raman spectroscopy at the upcoming virtual summit hosted by Photonics Spectra on April 17th 2024. Join Håkan Karlsson, head of HÜBNER Photonics, and fellow industry experts to unveil its latest developments and offerings.
Learn how your peers are leveraging the power of Raman spectroscopy!
