Raffaella (@lnce_epfl ) gave a fantastic plenary talk, marking the start of #chains2024! I loved seeing the nanocrystals field being the stars of the Dutch national chemistry meeting!
Together with @ArjanHoutepen , we organized a focus session on “quantum dots beyond the Nobel prize” during the #Chains2024. Thanks to @imec_int , @QDiSystems and @Daniel Vanmaekelbergh for their insightful thoughts shared with all of us.
"Breakthrough in tin halide perovskite stability! ��� A hybrid encapsulation approach enables the air stability of CsSnBr3 and CsSnI3 nanocrystal thin films —unlocking new possibilities for optoelectronics. 🌟
https://t.co/eqHGYM3F0z, Well done @gahlot_kushagra
I already knew that metal borides are fascinating nanomaterials. @DavidPortehault from CNRS Sorbonne, our guest this week, guided us through the chemistry and applications of MxBy and MxBySiz and his passion for these materials, a real playground! Thank you David!Truly inspiring!
We are hiring 📢-- open postdoc position in my group with a focus on LED fabrication and characterisation. If you like quantum dots and perovskites, consider applying! Start 03/25 (flexible) Deadline 10 Dec @TUCphys @TUChemnitz
More info: https://t.co/4ygse8tSLl
Please share!
Have a look at the “35 Challenges in Materials Science Being Tackled by PIs Under 35(ish) in 2024”. Our work is highlighted here!
Also delighted to share the co-authorship with so many talented scientists!
https://t.co/raYq7JbNRJ
Our PhD student, Yun Hai, represented our group at @ZernikeInst PhD Symposium and he showed his amazing results for InSb QDs (here a preview for you as well:) )
@thermofisher visited us @ZernikeInst to talk about the cutting edge instrumentation they develop for electron microscopy. Dr. Sorin Lazăr showed us how to put an entire syncrontron technique into a microscope! Simple beautiful!
Our @ZernikeInst annual event dedicated to PhD students was so full of enthusiastic science. The highlight of our symposium was the fantastic lecture from Prof. Chih-Jen Shih from @ETH.
This paper demonstrates for the first time that the molten salt can be a media to synthesize quantum dots. This paper also presents the first luminescent colloidal GaAs quantum dot. Redox chemistry is a powerful tool to achieve this nice materials! https://t.co/xGtdmbnnNr
Yesterday we had a special guest at @ZernikeInst. Christophe Coperet (@CoperetGroup) from @ETH thought us how powerful solid state NMR is across many disciplines and how to use it to design and understand functional materials and complex catalysis. For me, always an inspiration!