
Alessandro Troisi
@aletroisi2
Having fun with chemistry, physics, data & computing. Mostly looking for the right questions to ask. Answers less important.
ID: 1400201662845816843
02-06-2021 21:24:55
64 Tweet
401 Followers
269 Following


#PEDOT:PSS is a big challenge for simulations because of the internal interfaces between PEDOT-rich and PEDOT-poor domains. Hesam Makki had a go and the model seems robust and reliable – What should be looked at next? #bioelectronics pubs.rsc.org/en/content/art…


We're looking for a Research Fellow in organic materials design as part of our Leverhulme Research Centre - Materials Design - closes Jan 8th - details here: jobs.ac.uk/job/CVL503/res… RTs 🙏🙏🙏, if there is anybody left on here ... MIF University of Liverpool jobsacuk #chemjobs



The most difficult materials to model? I vote for #softmatter with mixed ionic and electronic conductivity #OMIEC #Bioelectronics. We had to have a go European Research Council (ERC) with more to follow: pubs.rsc.org/en/content/art…

High Throughput Virtual Screening for #OrganicElectronics can now be used for #photophysics and colour purity DiaDEM Project. Xiaoyu challenges some "established knowledge" here: doi.org/10.1021/acs.jp…





💥Great opportunity We're seeking a #PDRA to work on the #synthesis of new #inorganic solid #electrolyte materials. Find out more/Apply here➡️tinyurl.com/mubnhy4c School of Physical Sciences Rosseinsky Group Research at University of Liverpool


📢We're recruiting for a #PDRA, part of 5-year E.R.C. project SPUD: Single-#Photon #Unimolecular Devices, funded by UKRI under the Frontier Research Guarantee scheme. pcwww.liv.ac.uk/~skeja Apply ➡️tinyurl.com/cayzz9mm School of Physical Sciences School of Engineering LivUni @skeja24 Research at University of Liverpool





Great to reconnect with the Alma Mater Dept. Chemistry Ciamician - University of Bologna, birthplace of photochemistry, and contribute to paola_ceroni's (and Barbara Ventura's) great work on a novel mechanism for organic #photocatalysis

The density of states in #OMIEC is dynamical and traps are short lived (Molecular Dynamics is the only way to see this). Recently out in Materials Horizons from Colm Burke and Alessandro Landi Landi #ERCResearch #Bioelectronics pubs.rsc.org/de-at/content/…