Mélissa Nehme
@NehmeMelissa
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PhD student @RickhausGroup⚗️🧪 | @UZH_en representative @youngSCS1⚛️
Zurich, Switzerland
Joined January 2019
📢Excited to share our findings on how the radical's substitution position alters the excited state properties of 3 dyads💥@MichelRickhaus @RickhausGroup @UZH_Chemistry Great collaboration with @sabine_richert @AVJ_chem @UniFreiburg ➡️ https://t.co/wPqQhEUWHn
@ChemicalScience
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Wanna see how Organic Chemists handle #ElectronDiffraction? Our friends @eldicoag are hosting a webinar on saddle shaped systems with our own @JOESYWoods and collaborator Berhard Spingler running point. Register here: https://t.co/SBMvOyzoto
@UZH_Chemistry @UZH_en @sciences_UNIGE
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Excited to share that the first publication from my PhD work is out in @NatureComms ! Thank you to everyone who made it possible @_Victor_Mougel @ETH_DCHAB Let's start recycling Rare Earth Elements ♻️💡 @REEcover_ 🔗 https://t.co/iJDppMpWHj
#Recycling #CircularEconomy
nature.com
Nature Communications - Rare-earth elements (REEs) are vital to the modern economy, yet their mining poses both geopolitical and environmental challenges. Here, authors present a highly selective...
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Check out our new paper in J. Phys. Chem. Lett.:
pubs.acs.org
Molecular quartet states, generated by photoexcitation of chromophore–radical conjugates, have been shown to exhibit attractive properties for applications in the field of molecular spintronics. Many...
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🚨Fresh out 🚨 Have you ever wondered how to – and how not to – influence the coherence times of quartet states in organic triplet-radical dyads? We are glad to have helped @sabine_richert figure some of it out! And thanks to @CNRSchimie for the support. https://t.co/lfaocEqK4k
pubs.acs.org
Molecular quartet states, generated by photoexcitation of chromophore–radical conjugates, have been shown to exhibit attractive properties for applications in the field of molecular spintronics. Many...
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Rapid flow-based synthesis of post-translationally modified peptides and proteins will enable the systematic study of these PTM functions and interactions at a molecular level. #UZH_Chemistry, @NinaHartrampf @elysetwilliams: https://t.co/ejgzackmam
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Great job #ChemUnited 👏👏👏 #SOLA24 @UZH_Chemistry @UZH_Science @UZH_en @TilleyLab @ZerbeOliver @JuricekLab @NRychener @NehmeMelissa @rachelebutti @CuestaGalisteo @marcfs97
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Only few days left to apply, deadline May 1st! Both #postdoc and #PhD positions available. @JuricekLab @UZH_Chemistry @UZH_en @UZH_Science @UZH_ch @cmszh @youngSCS1
We are hiring! #postdoc and #PhD positions are open in the @JuricekLab. If interested, apply by May 1. for postdoc apply here: https://t.co/UZ7LfmKff4 for PhD apply here: https://t.co/2R7GTBUIMe Repost appreciated 🙏
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Great prep run for #SOLA2024 with @NevadoLab Go #ChemUnited! @UZH_Chemistry @CuestaGalisteo @SCuesta_G @marcfs97 @Jaime_Chem @ZerbeOliver @TilleyLab @NehmeMelissa @rachelebutti @JuricekLab @UZH_Science @UZH_en @UZH_ch
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Many good news since last December! Congratulation to our 4 new doctors who all defended at @UZH_Chemistry👏 👏. Now the new team is building up at @sciences_UNIGE🤗
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Check out this paper 'Influence of the substitution position on spin communication in photoexcited perylene–nitroxide dyads' 🔗 DOI https://doi.org/10.1039/D4SC00328D
@sabine_richert @MichelRickhaus @UniFreiburg @UZH_en @RickhausGroup @AVJ_chem @NehmeMelissa 💎OA
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🌟 Meet our incredible Senate representatives from across Switzerland! They're your go-to contact point wherever you are, working tirelessly for our community. Let's give them a big round of applause! 👏 Stay tuned to get to know each one better in the coming days 😉
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Big thanks to all @UZH_Chemistry #PhD tutors for great work preparing Swiss high-school students for chemistry olympiad ♥️🙏👏👏👏 @IChO2023 #icho2024 @UZH_Science @UZH_en @UZH_ch @cmszh @youngSCS1 @JuricekLab @scnatCH @maruan_salim @pauline_pfister @rangsiman1993
Big thank to the tutors (and heroes) of the Swiss Chemistry Olympiad preparatory weekend @UZH_Chemistry and to the organizer Michal @JuricekLab 🙏👏
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Looking forward to hosting Davide at @UZH_Chemistry tomorrow! His lecture starts at 13:30 :) @BonifaziGroup @univienna @UZH_Science @UZH_en @UZH_ch @cmszh @JuricekLab @PStacko @NevadoLab @NinaHartrampf @RiveraChemLab @CoricLab @maruan_salim @pauline_pfister @PatriciaCmelova
Today @unifrChemistry is hosting Prof. Davide Bonifazi @BonifaziGroup from Institute of Organic Chemistry, University of Vienna. Prof. Bonifazi has just started his talk entitled, “Lodging heteroatoms in molecular graphenoids” #unifr #unifrchemistry
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Building up strain and curvature using π-radical reactivity, big thanks and congrats to all contributors! @annika_b92 @DanielCavlovic @maxmayle92
@BlacqueO @CruzCarlosM @sabine_richert
@JuricekLab @CanalUGR
@UniFreiburg @UZH_Chemistry @angew_chem
https://t.co/BIliQwfAUX
pi-Radical Cascade to a Chiral Saddle-Shaped Peropyrene (Michal Juricek and co-workers) @annika_b92 @DanielCavlovic @maxmayle92 @BlacqueO @CruzCarlosM @sabine_richert @michal_juricek @JuricekLab @CanalUGR @UniFreiburg @UZH_Chemistry #openacccess
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pi-Radical Cascade to a Chiral Saddle-Shaped Peropyrene (Michal Juricek and co-workers) @annika_b92 @DanielCavlovic @maxmayle92 @BlacqueO @CruzCarlosM @sabine_richert @michal_juricek @JuricekLab @CanalUGR @UniFreiburg @UZH_Chemistry #openacccess
onlinelibrary.wiley.com
Undesired reaction pathways of open-shell graphene fragments can be synthetically useful! To demonstrate their transformative potential, we employed oxidative dimerization of phenalenyl to peropyre...
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Attention @UZH_Chemistry Sport Friends! ChemCup 2024 ~ the 5th anniversary edition High5 ~ takes place on June 13. Save the date and register your team by May 3rd. Looking forward to seeing you all on the fields! #chemcup24 #chemcuphigh5 @UZH_Science @UZH_ch @UZH_en
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Torsional Strain Enabled Ring-Opening Polymerization towards Axially Chiral Semiaromatic Polyesters with Chemical Recyclability (Jian-Bo Zhu and co-workers) @SCUCN
onlinelibrary.wiley.com
To overcome the non-polymerizability of the biaryl-fused monomer DBO, a cyclic ester Me-DBO installed with dimethyl substitution was prepared to enable its polymerizability via enhancing torsional...
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Congratulations @itsluciagallego @JOESYWoods @rachelebutti @MichelRickhaus @AVJ_chem on another cool carpy! We’ve gone from 2D to 1D now
Check out how we gained control over the dimensionality of self-assembled carpyridines: now in 1D❗️Out now in @angew_chem ➡️ https://t.co/z1hV5bmxYS Beyond happy to share this with @JOESYWoods @rachelebutti @AVJ_chem @MichelRickhaus @UZH_Chemistry @uzh_microscopy @RickhausGroup🥰
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Check out how we gained control over the dimensionality of self-assembled carpyridines: now in 1D❗️Out now in @angew_chem ➡️ https://t.co/z1hV5bmxYS Beyond happy to share this with @JOESYWoods @rachelebutti @AVJ_chem @MichelRickhaus @UZH_Chemistry @uzh_microscopy @RickhausGroup🥰
onlinelibrary.wiley.com
A recently introduced saddle-shaped supramolecular unit “carpyridine”, which strongly relies on aromatic curvature to self-assemble, was engineered to form 1D supramolecular polymers. This modified...
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