We are hiring! There are two open #PhD positions in the Delley group @UniBasel focusing on #InterfacialChemistry and #Catalysis! Find more information here:
https://t.co/FBlbC51WdL
A belated retweet: Thank you @chirality2023 for organizing this fantastic conference! A truly interdisciplinary community with an infectious passion for research. I am already looking forward to the next meeting :)
📢SCS Fall Meeting, Aug 24-25, 2023,
@unibern
Poster abstract submission closes this sunday!
Take the chance and present your work at one of the largest annual research conferences in CH!
https://t.co/vDFknyR3wb
#fm23#scs#chemistry#symposia#switzerland#unibe
@ProfessorMoomin @MertenLab@UniBasel_en@christof_sparr First of all: which old guy?? Also: yes! We definitely need more talks on Raman optical activity in Basel 👍
📢 Meet Prof. Malte Oppermann, Ruth Delzeit and Dr. Adam X. Heam.
They will be presenting on the 22nd May in Basel!
Looking forward to it 😁🤓
#pint23#basel@OpperMalte@ruthdelzeit @AdamHearn14
As secretary of the Chirality Medal Honorary Committee, I'm delighted to announce that Prof Ron Naman has been awarded the Chirality Medal 2023.
Congratulations, Ron @ron_ciss!
Prof. Naman will deliver a lecture at @chirality2023. #chiralitymedal
The UniDays are back!!!
If you are a young chemist looking for a semester project, a Ph.D., or a PostDoc position in Switzerland: join the UniDays!
Come listen to and discuss with PIs from various fields in chemistry! 👩🏻🔬
#UniDays2023
My group @UniBasel_en has an exciting PhD project on developing a new chiral spectroscopy setup to capture ultrafast structural changes in molecules! Come join us: https://t.co/YNobufC93F #PhDposition#chirality#photochemistry Thank you for RT! Image by the fantastic @Ella_Maru
New post-doc position!
Develop a new class of light sources based on nonlinear optics in gas-filled hollow-core fibres, working closely with a major industrial collaborator in the semiconductor industry!
Details: https://t.co/5JePQgVWWZ
Group: https://t.co/Oi8F4pqoY9
Chiral molecules can generate strongly twisted light and highly spin-polarised currents. We found a simple way to control these properties in thin films, paving the way for next-generation devices. New paper in @NatureChemistry: https://t.co/prQwVfmrba 🌀
Chiral molecules can generate strongly twisted light and highly spin-polarised currents. We found a simple way to control these properties in thin films, paving the way for next-generation devices. New paper in @NatureChemistry: https://t.co/prQwVfmrba 🌀