✨ Innovative Technology for Better Displays & Sensors 📱 ✨
A research team @uhasselt@univofstandrews lead by @TheGatherLab#UniCologne, has harnessed the quantum mechanical principle of strong coupling to develop revolutionary polariton filters.👇
https://t.co/2pLeSyDr1K
#Polaritons enable high performance angle-independent optical filters. Immensely enjoyed this collaboration between @TheGatherLab@ChemUniCologne, the Vandewal group @uhasselt, and @PhysAstroStAnd https://t.co/3pv5iG3r9J
📢Just published: Breaking the angular dispersion limit in thin-film optics by ultra-strong light-matter coupling https://t.co/1WQguRVTAB. This may be our most impactful work so far, challenging a fundamental limit that has constrained optical design in the past. @andreas_physics
🚀 Congratulations to @TheGatherLab to be awarded a "Proof of Concept" grant from @ERC_Research worth 150,000 euros. 👏
🔬 The SPLiDAR project explores innovative spectral filters that have versatile applications in optics and sensing.
Read more👇
https://t.co/K8rbqHE0k2
The latest on molecular orientation presented by @F_Teno from our group here @icsm2024. It is all coming together beautifully now that the methodology is established.
My PhD thesis "Hyperspectral confocal imaging of whispering-gallery-mode microlasers for bio- and ecophotonic applications" is published: https://t.co/94KmplHvbK! Check it out to learn about imaging of microlasers & their applications in biology @PhysAstroStAnd @physicsscotland
Congratulations, Julian! Well done! Lovely to see another @PhysAstroStAnd PhD adapting the @ChemUniCologne "PhD-hat" tradition. 🎩 (We have now formalized this cultural crossover and other good things that come with international research via a PhD cotutelle agreement.)
Klaus Meerholz is just opening #TIDE2024 at @ChemUniCologne!
We are looking forward to many interesting #research talks and posters and having a great time with our guests!
🔬Scientists @TheGatherLab and St. Andrews build tiny wireless light bulbs for biomedical applications 💡. The combination of OLEDs and acoustic antennas could be used for minimally invasive treatments 💉👇
https://t.co/HNLxjVaVyw
Direct integration of #OLED on acoustic antenna leads to the world's smallest #wireless "light bulb". Paper now out in @ScienceMagazine Advances https://t.co/C49ihBCDTj
Are you curious what the research training group TIDE is about? Watch our new movie to find out!
https://t.co/6MR32YmNmL
A big thank you goes to @3M2Film for realizing this project and to everyone who contributed!
@UniCologne@UniBonn
So excited to share our @NatureProtocols on integrating microscopic #lasers into living cells and recording lasing spectra through #hyperspectral confocal imaging. We share our full workflow for applications like cell tracking & intracellular sensing🧵
https://t.co/EIpy5IFeJt
Happy holidays from the Humboldt Centre for Nano- and Biophotonics @ChemUniCologne! Sharing here again our treasured #HCNB logo - originally designed by @ALSobiech and here most expertly rendered in amazing #cakeart by David Ripp from the @SchubertLab at HCNB. @AvHStiftung