BoostCrop (@boostcrop) 's Twitter Profile
BoostCrop

@boostcrop

BoostCrop is a #FET_EU research project to increase crop yields through natural product and synthesis enhanced solar harvesting. Funded by @EU_H2020 828753.

ID: 1097473627166072833

linkhttps://boostcrop.wordpress.com/ calendar_today18-02-2019 12:31:17

47 Tweet

40 Followers

35 Following

BoostCrop (@boostcrop) 's Twitter Profile Photo

How BoostCrop scientist, Florent Allais of URD ABI sees the importance of interdisciplinary collaboration for sustainable innovation: innovationnewsnetwork.com/sustainable-in… via @Innovation News Network

Josene Toldo (@jotoldo) 's Twitter Profile Photo

Hello LatinXChem! I am a postdoc at @univamu, working with computational photochemistry with . and Mario Barbatti. I am excited to share part of our work in the BoostCrop project: "Photochemistry of new nature-inspired cinnamate-based sunscreens" #LatinXChemTheo #The096

BoostCrop (@boostcrop) 's Twitter Profile Photo

boostcrop.eu/the-bright-and… Prof. Wybren Jan Buma’s UvA Amsterdam latest study of the excited-state dynamics of methyl sinapate in isolated and (micro)solvated conditions.

Mario Barbatti (@mariobarbatti) 's Twitter Profile Photo

Referee report on a BoostCrop paper led by Team Stavros: "The study is a fine representation of what I have been expecting from the photodynamics community for many years. (...) I am impressed by the connection between chemical physics, synthesis, toxicology, and #compchem."🎇

BoostCrop (@boostcrop) 's Twitter Profile Photo

Our latest publication: "Towards Developing Novel and Sustainable Molecular Light-to-Heat Converters" - now published in Chemical Science pubs.rsc.org/en/content/art…

Chemical Science (@chemicalscience) 's Twitter Profile Photo

In our latest #ChemSciPicks, phenolic-based barbituric absorbers of UV radiation are prepared, which show promising light-to-heat conversion capabilities and could be useful as molecular heaters for agriculture BoostCrop URD ABI Mario Barbatti 👉 ow.ly/qiLa50GK7y4

In our latest #ChemSciPicks, phenolic-based barbituric absorbers of UV radiation are prepared, which show promising light-to-heat conversion capabilities and could be useful as molecular heaters for agriculture <a href="/BoostCrop/">BoostCrop</a> <a href="/URD_ABI/">URD ABI</a> <a href="/MarioBarbatti/">Mario Barbatti</a> 👉 ow.ly/qiLa50GK7y4
Mario Barbatti (@mariobarbatti) 's Twitter Profile Photo

How long does it take to transfer energy from a hot molecule to a solvent? We have the answer: Heating and cooling a chromophore after photoexcitation barbatti.org/2022/04/15/hea… #CompChem

URD ABI (@urd_abi) 's Twitter Profile Photo

Back at ISGC2025 with oral communications from Dr Louis Mouterde on an efficient access to high molecular weight co-enzymes and Dr Benjamin Rioux presenting the BoostCrop project. #ISGC2022 AgroParisTech #Biotechnology #greenchemistry

Back at <a href="/isgc2022/">ISGC2025</a> with oral communications from Dr Louis Mouterde on an efficient access to high molecular weight co-enzymes and Dr Benjamin Rioux presenting the <a href="/BoostCrop/">BoostCrop</a> project.
#ISGC2022 <a href="/AgroParisTech/">AgroParisTech</a> #Biotechnology #greenchemistry
BoostCrop (@boostcrop) 's Twitter Profile Photo

BoostCrop's leader: Professor Vasilios Stavros - 2022 Faraday Division mid-career Award: Bourke-Liversidge Award winner rsc.org/prizes-funding… via Royal Society of Chemistry. Warwick Chemistry Team Stavros Congrats, Vas!

BoostCrop (@boostcrop) 's Twitter Profile Photo

New publication includes wavepacket signatures that remarkably originate from nuclear motions created at conical intersections on the excited state potential energy surface. Tom Oliver Bristol Chemistry & Mario Barbatti @univamu. pubs.rsc.org/en/content/art…

Chemical Science (@chemicalscience) 's Twitter Profile Photo

As part of our series looking back at previous #ChemSciPicks, this research from BoostCrop URD ABI Mario Barbatti explored the light-to-heat conversion abilities of barbituric absorbers, with implications for #agriculture. 🌳 ow.ly/qiLa50GK7y4 🌳

As part of our series looking back at previous #ChemSciPicks, this research from <a href="/BoostCrop/">BoostCrop</a> <a href="/URD_ABI/">URD ABI</a> <a href="/MarioBarbatti/">Mario Barbatti</a> explored the light-to-heat conversion abilities of barbituric absorbers, with implications for #agriculture.

🌳 ow.ly/qiLa50GK7y4 🌳