GDR OERA
@GdrOera
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Organic Electronics for the new ERa. French @CNRS network on Organic : (Opto)Electronics, Photovoltaic, Bioelectronics. @INSIS_CNRS, @INC_CNRS et @INP_CNRS
France
Joined November 2019
Honored to announce that I will coordinate AI-WEARproject financed by #ANR with an excellent FullyFemaleConsortium #Women_In_STEM developing AI-powered wearables for clinical stress assessment, @O-Kidia, @EURECOM, @Univ_CotedAzur @MINES_StEtienne
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➡️Open-access paper out! ⬅️Do you know how to speed up the doping of P3HT by controlling the morphology? I have learnt so much from that study led by @BanerjiNatalie and @CavassinP. @Femtomat @STELORG Advanced Materials: https://t.co/n3NWG6QB1H
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Red Emissive Double Aza[7]helicenes with Antiaromaticity / Aromaticity Switching via the Redox-Induced Radical Cation and Dication Species (Pangkuan Chen et al.) https://t.co/NJLDLhyqTH
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Time for the conference given by @RDemadrille at @KAUST_Solar. Nice progress in photochromic solar cells. Thanks @TDAnthopoulos & @GroupHeeney for the kind invitation. #DSSC
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In this Primer, you can learn all about how to fabricate and use electrolyte-gated transistors to transduce biological signals into electrical signals @Cambridge_Eng @GeorgeMalliaras @BioelectronicsL @mitoharumon @DrStewartF14C
https://t.co/V7iTd0Gdc9
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A PhD position opening in our group on #OECT for #OrganicBioelectronic Please spread the word.
linkedin.com
A PhD position opening in our group on #OECT for #OrganicBioelectronic Please spread the word.
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Are pure hydrocarbons the future of host materials for blue phosphorescent organic light-emitting diodes? - now published in Materials Chemistry Frontiers https://t.co/qdbXlAThWK What do you think? Some clues in this work....
pubs.rsc.org
The fantastic development of phosphorescent organic light-emitting diodes (PhOLEDs) has been undoubtedly driven by the molecular design of high-efficiency host materials for red, green and blue...
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Postdoctorat en Caractérisation d'électrode organiques pour batteries anioniques (H/F) (NANTES) https://t.co/few4tIvazH
#Emploi #OffreEmploi #Recrutement
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Happy to share our latest joint work on using in situ photoelectron spectroscopy to reveal the true energy level alignment across exciton blocking layers in organic solar cells - thanks to @witkowski_nad for taking the lead, and congrats to Mariam with the nice outcome! 👍
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#AppelàCandidatures 📢 | Grand prix et prix Espoir @IMTFrance - @AcadSciences 2022. 🧐 Transformation numérique dans l’industrie, ingénierie de l’énergie et de l’environnement, matériaux et fabrication. ⏰ 9 mai 2022 ➡️ https://t.co/hE4C1yTdR6
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📌Ludovic Favereau #ISCR laureate of an European Research Council grant for his project "SHIFUMI- SOMO-HOMO Inversion For chiral open-shell pi-conjUgated systeMs"➡️ https://t.co/UvvS3ZhAN4 Congratulations👍👏@ERC_Research @CNRS @INC_CNRS @CNRS_dr17 @UnivRennes1 @ENSCR @INSA_Rennes
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Cool - an organic tandem solar cell ecxeeding 20 percent efficiency!
cell.com
A tandem organic solar cell with 20.2% efficiency is attained by using the interconnecting layer fabricated by electron beam evaporation.
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Do not miss the opportunity to present your last results for the Bordeaux Polymer Conference @BPC2022 ! The call for abstract submission is now OPEN deadline: Jan 31 2022 https://t.co/hUxasx9A5A
@LCPO_Bordeaux
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Our new work on Roll-to-Roll (R2R) light management foils in fully scalable non-fullerene acceptor organic photovoltaics just out in @ChemSusChem - great collaborative effort with @Stensborg and @GilShalev group! Thanks to @interreg5A (RollFlex) and @CITYSOLAR_H2020 for support!
Efficiency-Enhanced Scalable Organic Photovoltaics Using Roll-to-Roll Nanoimprint Lithography (Madsen and co-workers @MMadsen_OPV @Stensborg) https://t.co/jcHBCeW4rS
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Synthesis, Aromaticity, and Application of peri-Pentacenopentacene: Localized Representation of Benzenoid Aromatic Compounds (Frigoli) @ILV_UMR8180 @LPICM @KyushuUniv_EN
https://t.co/xRemh75D8T
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Here is our comprehensive review of molecular doping in organic semiconductors to date, from materials and processes to applications: Doping Approaches for Organic Semiconductors https://t.co/8wrkehRUJ8 thanks hoes to @aniruddhachem @adscacca @GroupHeeney and all collaborators
pubs.acs.org
Electronic doping in organic materials has remained an elusive concept for several decades. It drew considerable attention in the early days in the quest for organic materials with high electrical...
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Don't loose the occasion to participate to this school on new generation PV. The amazing list of speakers will unveil all the secrets of these technologies. Deadline to register: 15th November https://t.co/TnmYAqJk3y
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#chimie ⚗️ #AppelAProjet 📢 l Fonds France-Canada pour la Recherche : financement d'équipes françaises et canadiennes n’ayant jamais travaillé ensemble ⏰ Dossiers de candidature recevables jusqu'au 12 nov. 2021 ➡️ https://t.co/bDCl1oOSjr
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Issue 40 of @JMaterChem C is out now! Check out the inside back cover: High-resolution and scalable printing of highly conductive PEDOT:PSS for printable electronics by Alexander Corletto and Joseph G. Shapter @AlexCorletto @AIBNatUQ Read the article here:
pubs.rsc.org
Poly(3,4-ethylenedioxythiophene):poly(styrenesulfonate) (PEDOT:PSS) is a primary candidate for the conductive material in printable electronics. Currently, lateral resolutions down to only 30 μm have...
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