After much thought, we will be reducing our activity here following recent developments. For open, thoughtful discourse, we encourage you to join @bluesky. Science thrives on collaboration, freedom, and clarity. Let’s build a better space for ideas. 🌌 #ScienceTwitter#Bluesky
We are hiring! We are looking for a Postdoc in Catalytic Approaches toward Bio-Based Peptide Surfactants. Looking forward to hearing from you!
Application deadline is January 12th 2026
For more information please check out the link 👇
https://t.co/o7MLkejkqA
Re-ver-si-ble CPL inversion at the molecular level promoted by light and heat!
This collaborative work between the @FeringaLab and our group, the PulSAr team @UnivAngers, is now online on ChemArXiv.
Special congrats to @HardoinLouis and Eric Sidler!!
https://t.co/v098TQcnDa
Thrilled to share our most recent work with @FeringaLab on switchable hydrogels! We combine the advantages of both light💡 and redox⚡️to get large-scale, patterned changes in gel properties (colour and swelling) with high spatio-temporal precision:
https://t.co/o4FeKPA74S
Combining noncovalent with dynamic covalent bonds constructs dual dynamic helical polymers that fold and recycle. Glad to see this long project finally coming out in @NatureChemistry@FeringaLab https://t.co/px7u6t2lc4
Feeling a bit nostanling today, look at what I found on my computar on the 2002 International Chemistry Olympliad held in Groningen about the molecular motors of @FeringaLab
Another great collaboration with @SidlerEric and @FeringaLab is now published in @angew_chem!
Building on our previous work, Eric prepared a few large, formally antiaromatic systems with interesting (chir)optical and redox properties. Check it out here:
https://t.co/qLVJBp3zmO
🔥 Hot of the press: Chiral induction and stable chiral memory via non-covalent host-guest binding now published in @angew_chem! One of my favourite projects and a super rewarding collaboration with @SidlerEric, Yohan and @FeringaLab! Hot paper here:
https://t.co/gvif7qP1yM
To celebrate the 200th anniversary of benzene's discovery and its extraordinary legacy, we are excited to announce that @RoySocChem will release a thematic special issue edited by @FeringaLab and @nazariolab.
Read here "Benzene at 200", by Prof. Martín:
https://t.co/AWsYSCratt
Yesterday, I defended my PhD — closing one of the most enjoyable and rewarding chapters of my life with one of its most unforgettable days.
Huge thanks to everyone at @FeringaLab, especially Ben, Lotte, and Lili, my thesis committee, friends, and family.
Our next seminar will be from @MarcoOvalleMA (UGroningen) and @JeanneCrassous (URennes) speaking this Thursday 29th April 09:30 (UK). Register at https://t.co/YAWv03BM9V to attend and hear talks on helicenes and photoisomerisation!
I am super excited to present my PhD work at vMASC this Thursday! I'm also honored to share the (virtual) floor with @JeanneCrassous
Register by following the link down if you want to join the free online seminar👇👇
We have opened opened 3 more positions:
PhD positions
- 2x Artificial Molecular Machines
- 1x The Origin of Homochirality
1x Engineering Doctorate (EngD) - Sustainable Process Design
https://t.co/JkgIDizXBT
We have opened opened 3 more positions:
PhD positions
- 2x Artificial Molecular Machines
- 1x The Origin of Homochirality
1x Engineering Doctorate (EngD) - Sustainable Process Design
https://t.co/JkgIDizXBT
With our recently co-founded startup Circolide we are looking for enthusiastic candidates who would like to pursue a Chemical Engineering Doctorate (EngD) in Sustainable Process Design. Please find more information here:
https://t.co/DY8462nb3K
👩🔬Our new paper is out in Chem! @FeringaLab. We unveil how light-driven rotary motors behave in lipid membranes—and why system-specific characterization is crucial.
Structure & polarity shape membrane interaction and function. Read (or see comments): https://t.co/KqiL33WMbt
Just published in @J_A_C_S, one of my main projects @FeringaLab on responsive crown ethers! Redox-switching? Light-switching? Why not both and get the best of all worlds, including guest shuttling, pseudorotaxanes, cascades and and (non)volatile states.
https://t.co/hU9NrlFRzJ