#Raman

2025-05-14

ORCA 6.1 (FACCTs & MPI Kofo) will bring many exciting new features. In the next weeks, we would like to preview some of them for you today starting with spectroscopy. Stay tuned for more!

New spectroscopy features in ORCA 6.1.

Analytic Raman Intensities
CCSD(T) NMR
CCSD(T) EPR
CCSD X-Ray Absorption
IL PhotonicsILPhotonics
2025-05-08

A set of interference optics used in must perform cohesively as a unit to successfully detect the desired Raman signal above the background noise level. Expertise in optical interference design, coupled with highly precise thin-film deposition technology, results in the most advanced optics available. Learn more: ilphotonics.com/chroma-supplie

2025-04-25

After some time I finally published a new release of my #julia package to process data from #spectroscopy (#raman, #infrared...). Check the new version of Spectra.jl, that includes many new functions, including cool peak fitting features!! charlesll.github.io/Spectra.jl #science

2025-04-02

New version of #rampy for treating your spectroscopic data! Update your install and check the new documentation, which is much better than before: charlesll.github.io/rampy/html #raman #spectroscopy #Science

2025-04-02

Die Leibniz-Institute FBH & ATB haben eine Sensorplattform zur mobilen Bodenkartierung erweitert. Mit einem innovativen #Raman-System können Bodenbestandteile nun stoffspezifisch erfasst werden: mit hoher räumlicher Auflösung & vor Ort! #Landwirtschaft
nachrichten.idw-online.de/2025

2025-04-02

The Leibniz Institutes FBH & ATB have expanded a sensor platform for mobile soil mapping. With an innovative #Raman system, soil components can now be mapped on a substance-specific basis: with high spatial resolution & on site! #Agriculture
nachrichten.idw-online.de/2025

2025-03-11

Using #Raman microspectroscopy to detect pediatric focal cortical dysplasia has the potential to safely enhance surgical precision in pediatric epilepsy cases. 💡 Full study available #OpenAccess in #BiophotonicsDiscovery -www.spiedigitallibra...

2025-02-09

The role of salivary metabolomics in chronic periodontitis: bridging oral and systemic diseases.
Metabolomics 21, 24 (2025).
doi.org/10.1007/s11306-024-022
#infrared #raman #metabolomics #openaccess

2025-01-21

Nun die erste #Science-Session beim #UM25 Nutzerinnentreffen des #EuXFEL:

– S. Pascarelli: #Water research at #EuropeanXFEL

– Q. Kong: Ultrafast #XRay solution scattering on the structural dynamics of
liquid water after infrared laser excitation

– R. Husband: Phase transition kinetics in superionic ice

– L. Young: Stimulated X-ray #Raman Spectroscopy with SASE pulses

IL PhotonicsILPhotonics
2025-01-15

A team from LTB Lasertechnik Berlin was on a business development trip to Poland. research, as well as surface and environmental analysis with Laser-Induced Breakdown Spectroscopy () and spectroscopy are key research areas in both Poland and Germany — a great foundation for future collaborations. Learn more: ilphotonics.com/exciting-colla

Georg Ramergeorgramer
2024-11-27

Every microscope objective can be used for solid immersion if you want it badly enough.

IL PhotonicsILPhotonics
2024-11-26

What makes so powerful for molecular identification and quantification is that every molecular species has a unique spectral “fingerprint.” Raman spectroscopy works by measuring the energy changes of scattered from the sample, which correspond to the electronic or vibrational energy spacings in the molecule of interest. Learn more: ilphotonics.com/how-fingerprin

Theoretical Chemistry at TUDTheochem_TUD@wisskomm.social
2024-11-08

Robust Computation and Analysis of Vibrational #Spectra f Layered #Framework #Materials Including Host–Guest #Interactions in JCTC

By Ekin Esme Bas and Dorothea Golze with Thomas Heine and Andreas Schneemann at TU Dresden

pubs.acs.org/doi/10.1021/acs.j

#Raman #CompChem #Chemistry

AkaSci 🛰️AkaSci@fosstodon.org
2024-11-07

Happy Birthday to C. V. Raman.

Raman was born OTD on Nov 7, 1888 in Tiruchirapalli, British India.

Raman was awarded the 1930 Nobel Prize in Physics for his discovery of Raman scattering.

Raman scattering is the inelastic scattering of photons by matter, where the scattered photons have lower energy (frequency) than the incident ones due to energy absorption by molecules.

en.wikipedia.org/wiki/C._V._Ra
#Raman
1/n

Tweet by The Nobel Prize @NobelPrize
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.
With portrait of Raman.

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