Hi everyone!!!
Check out my recent work on "oxidative asynchronous CPET by a carbene-diamide based nickel fluoride complex" #RSCPoster#RSCInorg
Looking for a good discussion
@RoySocChem@sayams@dcsiiserkol
We are extremely happy to see our recent article, just published in the @ScienceMagazine. We discovered CO2 as an oxygen transfer reagent which could be an alternative pathway for oxidative transformations.
https://t.co/7kzcpbdiZ7
PM Kristersson and I witnessed an Indo-Swedish Musical Orchestra Presentation by Ron Davis Alvarez and his students. Music is a great way to bring our people together!
@SwedishPM
Excited to share another first-author paper from Pengyue Jin: Beyond the Diffusion Limit: Preassociation Enhanced Photon Upconversion and Photocatalysis Sensitized by Iron Complex | ACS Catalysis
Great thanks to the @DFG__Official for the funding!
https://t.co/941W3gGNzJ
📢 Postdoctoral Opportunity
Looking for a motivated postdoc to apply for the ANRF–NPDF fellowship in my group. Research areas include small-molecule activation and polymer upcycling
🔗 https://t.co/mNX7dy7KeC
📩Interested candidates, please e-mail [email protected]
Looking for a new postdoc who would like to submit NPDF (https://t.co/EJLVsq9kGf ) proposal on "Raman signatures of excited state processes". The candidate must be trained with PhD in Ultrafast spectroscopy and Non-linear optics along with a familiarity of LabView @TIFRScience
Postdoc time is often harder than PhD.
You have little time. Competition is higher. And you MUST stand out.
+ Your contract may end any moment.
+ Your salary is often low (for your age/education).
+ You’ve just relocated and prepare to relocate again.
No wonder that Max Planck Society survey showed that depression and anxiety of postdocs is rising.
Interestingly, Max Planck Institutes have substantial internal funding. So, in theory there should be less pressure to apply for grants, and everyone should be enjoying science. And yet the pressure on postdocs is immense.
📍 Many postdocs want to stay in academia.
They want to apply for faculty positions or become senior scientists.
Some of them achieve it. Others don’t.
❗️Why things don’t work out:
In a recent workshop Q&A session, I discussed various scenarios and behind-the-scenes processes that PhD students should keep in mind if they’re considering a postdoc:
“Postdocs: Competition, Hardship and Faculty Positions”
Watch it on here: https://t.co/nlwF8WaLJP
(I’ll appreciate if you ‘like’ this video - you will GREATLY help it reach more students.)
Macrocyclic Rh(I) complexes stack into tetramers and unlock red absorption and NIR luminescence
@alexbinCH and Mathis Brändlin in @J_A_C_S
https://t.co/50eCZJ2kW7
A molecular dyad of an iron complex covalently bound to an annihilator exhibits three photoactive excited states — singlet, doublet, and triplet — enabling homomolecular upconversion
@fDoettinger, Jonathan Sagaya, @GiacomoMorsell2 in @J_A_C_S
https://t.co/CSyi69viCV
We are looking for a motivated PhD student who is interested in the field of Organometallic chemistry, photocatalysis and spectroscopy, please contact me: [email protected]! And apply through this link: https://t.co/EfKbDuhJpa
https://t.co/j1aFzHasjo
Super excited to see lots of failed experiments turn into such a cool story! Huge thanks to @BjornPfund for helping shape such an awesome discussion of spin-state and reorganization energy effects in photoredox catalysis.
Check it out in @J_A_C_S: https://t.co/WGUtbGg9Ga
🥳🥳🥳
Molecular Design Principles for Achieving High-Efficiency Light-Induced Charge Separation at the Nanometer Scale
Mathis Brändlin and Felix Himmelreich in @JACS_Au
https://t.co/njqAzGjeqf
Building on recent work in https://t.co/CwtRDeoRY3
Excited to share our recent publication in @J_A_C_S on Nitric Oxide Chemistry!
We report a unique bio-inspired artificial model for NO oxygenation in aqueous medium.
https://t.co/1hXMULdBsp
Grateful to my co-authors. Special thanks @sayams, @PankajK15895500, @jd1278@Dooshaye
New molecular design absorbs 2 photons to store 2 positive and 2 negative charges
100 ns lifetime, 3 eV energy storage, and 37% quantum yield
A step toward multi-electron photochemistry
Mathis Brändlin and @BjornPfund in @NatureChemistry
https://t.co/CwtRDeoRY3
How to obtain X-ray structural data of inherently amorphous compounds? Check-out the latest work by Yaofeng published in @NatureComms in the framework of @for2824@dfg_public: https://t.co/lvjngWhR40