This site is about our research @ The University of Sheffield
Congratulation to Arthur and Sayantan for the publication of their hard work on carbonylated porphyrins.
You can find last year’s Chem. Eur. J. here: https://doi.org/10.1002/chem.202103014
And their recent J. Phys. Chem. A there: https://doi.org/10.1021/acs.jpca.2c01225
Since they both have left the group pursuing their career, this last publication is a nice goodbye present… Wishing you all the best!
Congratulations to (Master) Charlotte for successfully passing her viva!
You’ve done a great job on a difficult project, in difficult times.
Wishing you all the best for your new position.
We are exited to announce that we are recruiting for a project to develop novel fuel cells!
This project is in collaboration with Sheffield’s Energy Institute. About half of the project will be dedicated to developing novel catalysts and applying them in actual devices. The other half will be dedicated in characterizing the intrinsic electronic properties of your novel materials. The goal is to correlated both, the intrinsic electronic properties and the overall fuel cell efficiency in order to finetune these catalysts and improve current fuel cell technologies.
Click here for more information.
In this paper we prove that perception of light can be controlled quantum mechanically by shaping the phase of light itself.
Quantum control of molecular reactions in-vitro is already an achievement in itself. Here, we go further an show that, beyond the immediate isomerization of rhodopsin, the molecule responsible for our vision, the control can be extended to physiological responses.
This work is the fruit of a laborious 7 years long project headed by Prof. J.-P. Wolf, at the U. of Geneva.
Interested to know more about it.. check it here.
We are pleased to announced that we have been granted a PhD studentship from the Energy Institute. In collaboration with Dr. M. Ismail and Prof. M. Pourkashanian, this studentship will enable us to further investigate novel carbon foams. The goal is to correlate the material’s intrinsic electronic properties to its overall efficacity in hydrogen fuel cells.
Details about this exciting position are coming soon…
Team Chauvet 