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Breakthrough in optical information transmission

Breakthrough in optical information transmission
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Gordonkl wongPhilip russellXinglin zengBirgit stillerChristian wolffMichaelh froszQuantum optoacoustics research groupMax planck instituteScience advancesQuantum optoacoustics research

Understanding Lithium-Ion Battery Degradation with Raman Spectroscopy

Raman spectroscopy has been used to understand how lithium ions introduce and interact with the graphite electrodes and other materials and has helped identify materials for battery designs with larger charging capacities.

Republic ofQu ng ngãvmDaniel streichTao dengEmanuel mendezRuizhi yuIlya manyakinNuria garcia araezChunsheng wangTijmeng euserMatthew zhengSimona badilescuMichaelh froszJeremyj baumbergQingwen luChuan huang

High-brightness source of coherent light spanning from the UV to THz

E-Mail IMAGE: Artistic impression of the spectrum of a mid-infrared pulse broadening in the background with the electric field of the generated pulse. view more Credit: ©ICFO/L.Maidment, U. Elu & J. Biegert. Analytical optical methods are vital to our modern society as they permit the fast and secure identification of substances within solids, liquids or gases. These methods rely on light interacting with each of these substances differently at different parts of the optical spectrum. For instance, the ultraviolet range of the spectrum can directly access electronic transitions inside a substance while the terahertz is very sensitive to molecular vibrations.

David novoaLuke maidmentValentin petrovMichaelh froszValeriy badikovJens biegertLenard vamosFrancesco taniDmitrii badikovInstitute for nonlinear opticsKuban state universityMax planck institute for the science of lightMax planck institute for scienceNature photonicsMax planck instituteNonlinear optics