

@profpalombo giving a great keynote presentation on #BrillouinSpectroscopy for #Biomedical applications on last day of @spec2024 @clirspec @UoE_Physics @BioSpecExeter @UofE_Research
BioSpec Exeter
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@BioSpecExeter
Prof Nick Stone's (@profnickstone) and Dr Francesca Palombo's (@drfranpalombo) group in @UoE_Physics at @UniofExeter


@profpalombo giving a great keynote presentation on #BrillouinSpectroscopy for #Biomedical applications on last day of @spec2024 @clirspec @UoE_Physics @BioSpecExeter @UofE_Research





Today, on #LightDay2024, the @trophy_eu project reports the stunning range of #colors within the mid-infrared spectrum from #ultafast #laser sources that coupled with #holographic #photothermal #microscopy will help in #cancer diagnosis. ➡️More info trophy-project.eu/?p=1229














#Kickoff meeting of #TROPHY @HorizonEU #pathfinder. Toward a new #photothermal imaging approach for #cancer. Coord by @fisipolimi in coll with @CNR_IFN @ICFOnians @BioSpecExeter (@profnickstone) @UKJ_Jena @Cambridge_Uni More news, website and official profile soon! @clirspec






The Raman effect is the change in the wavelength of light that occurs when a light beam is deflected by molecules. It was named after Sir Chandrasekhara Venkata Raman who was born #OnThisDay, 7 November 1888. The Raman effect is used to analyse different types of material.
