Anirudh Sharma
@nanotechie
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#Scientist @KAUST_Solar #Nanotechnologist #STEM #Learner #Listener #Dad #Naturelover
Thuwal
Joined September 2009
#Polymers meet #pasta! @StingelinN at @KAUST_PSE unraveling science of polymers—served with a twist of Italian cuisine. From molecular chains to spaghetti strands, materials science like never before. A great masterclass in #scicomm #KAUST #MaterialsScience #organicelectronics
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RT @KAUST_OMEGALab: Is #SAM really a 'SAM'?.Our paper @nanotechie dives into why not all 'SAMs' ensure both efficiency and stability in OSC….
advanced.onlinelibrary.wiley.com
This study reveals that spin-coated films of SAM molecules (2PACz and analogs) do not conform to the common assumption of forming monolayers. Compared to PEDOT:PSS, SAM-based devices show significa...
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Huge shoutout to @YegoRV for leading this work @NatureMaterials showing how molecular interactions steer polymer orientation, unlocking new potential in organic thermoelectrics @KAUST_OMEGALab @KAUST_PSE .👉 #OrganicElectronics #SustainableEnergy
Finally out in @NatureMaterials, the last work from my PhD at @KAUST_OMEGALab demonstrating a predictive model to determine the molecular orientation of conjugated polymers, and boost electronic performance. @KAUST_PSE @KAUST_News
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In-situ-formed thermoset matrices enhance OPV thermostability and double energy output over 11 weeks of outdoor operation! 🌞🔋 #SustainableEnergy #OPVs #MaterialsScience
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Non-fullerene acceptors (NFAs) in OPVs can generate charges, thanks to dielectric solvation. Donor addition boosts charge generation and facilitate higher efficiency! #OPVs #SustainableEnergy #MaterialsScience.
advanced.onlinelibrary.wiley.com
Non-fullerene acceptors (NFAs) can generate charges without a donor–acceptor interface. This is shown using transient absorption measurements and confirmed using computational methods. A small...
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so-called 'self-assembled monolayer' are not photochemically stable, they can degrade and decompose under light exposure.
advanced.onlinelibrary.wiley.com
This study reveals that spin-coated films of SAM molecules (2PACz and analogs) do not conform to the common assumption of forming monolayers. Compared to PEDOT:PSS, SAM-based devices show significa...
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2024 Reflections 🌱✨ It’s been a rewarding year! Promoted to be a dad 👶 and excited to see some great science from our team! Here’s to new beginnings, both in research and life! 📚 #Grateful #ResearchAndFamily #ExcitingTimes. 👇 Check out some of our key 2024 papers:.
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Our study highlights degradation issues with (2-(9H-carbazol-9-yl)ethyl) phosphonic acid (2PACz), a widely used SAM. Light-induced degradation leads to SAM decomposition and reactions with the photoactive layer, impacting device stability. 🌞.
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Mechanistically, aligning the work function of SAM-modified electrodes with the ionization energy of the donor is key.
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While SAMs can enhance the work function of indium tin oxide (ITO), they are not always monolayers when spin-coated, contrary to common assumption of being 'SAM'.
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🧵 Recent advances in self-assembled monolayers (SAMs) show their efficiency as hole-selective materials in organic and perovskite solar cells. But what about their stability? 🤔.
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Excited to share our latest paper just published in #AEM @AdvSciNews! 📄✨ We delve into #performance #stability tradeoff in #organic #solarcells with #2PACz #SAMs. Check it out @KAUST_OMEGALab @KaustResearch @KAUST_PSE #OPVs.Thread with major takeaways👇.
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Hot off the press!! A deep dive into the degradation mechanisms in #SnPb #perovskite #Solarcells An insightful study led by @LanzettaLuis & #AsayilAlsulami just published in @J_A_C_S @KAUST_OMEGALab @KaustResearch @KAUST_PSE #stability #Photovoltaics.
pubs.acs.org
Mixed tin–lead (Sn–Pb) halide perovskites stand out as promising materials for next-generation photovoltaics and near-infrared optoelectronics. However, their sensitivity to oxidative degradation...
Thrilled to share our latest publication, now online in @J_A_C_S! In this work, we decipher crucial degradation & stabilisation insights for Sn-Pb #Perovskite #SolarCells. Thread below👇. @KAUST_News @KaustResearch.
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📢Checkout our latest paper in @Joule_CP led by #jianhua! We present in-situ cross-linked thermoset matrices for resilient #OPV enhancing #stability in realworld🌟 #Solar #glasstransition #modulus #polymers #DMA @KAUST_OMEGALab @KAUST_PSE @KaustResearch
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Many congratulations #Dr @JulesBertrandie!! It was great to be part of your #PhD journey and see you grow and evolve as a #scientist!! @KAUST_OMEGALab @KAUST_PSE @KAUST_PSE #phddefense
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RT @KaustResearch: A shade closer to more efficient organic photovoltaics.Transparent solar cells utilize non-fullerene acceptors, merging….
disc.kaust.link
Transparent solar cells utilize non-fullerene acceptors, merging efficiency with aesthetics for urban design transformation.
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RT @DeryaBaranB: Welcome to the biggest #fomo event of Materials Society @Materials_MRS #S24MRS 😊 I will be in our symposium EN04, and will….
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