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Jorge Pascual
@jorgepascual92
Followers
295
Following
826
Statuses
154
Joined August 2020
RT @Polymat_BERC: #POLYMAT Researcher @jorgepascual92 has published a paper in @Nature in collaboration with @UniofOxford , @KyotoU_News a…
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RT @icr_ku: Wakamiya group @wakamiyalab has published a new article @Nature ! "Steering Perovskite Precursor Solutions for Multijunction…
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RT @kuicr_kaken: 若宮研@wakamiyalabらの論文が@Natureに掲載されました! 「スズを含むペロブスカイト半導体の界面構造制御法の開発とメカニズム解明ー高性能多接合(タンデム)型太陽電池の実現ー」 詳細はこちら↓
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RT @wakamiyalab: 📰若宮研と英Oxford スネイスグループとのオールペロブスカイト タンデム太陽電池に関する論文がNatureに掲載されました 京都大学からのプレスリリース記事です
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RT @WentaoLiu50: Amazing achievement published in Nature by @ShuaifengH ! Congrats! All the sweat paid off!
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RT @SHTurrenCruz: Amazing work about multijunctions🥪 now in @Nature, well deserved🎉 my friend @ShuaifengH, thanks for fantastic collaborati…
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RT @SnaithGroup: Check out our latest breakthrough in perovskite multijunction PV! We also demonstrate all-perovskite quadruple-junction P…
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RT @jwangpv: All-perovskite triple- and quadruple-junction solar cells have advanced their efficiencies above 27%, published by Nature http…
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Sn-Pb precursor solutions (and NMR) have so much to tell us! Another fantastic work by @ShuaifengH with endless findings. Congratulations to everyone involved! 🫠
Counting 1, 2, 3... and now even 4! 🎉 Thrilled to share our breakthrough on multijunction (up to 4J) perovskite photovoltaics, just published by Nature What an amazing year-end gift!Congratulations to all involved! We’d love for you to check it out!
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RT @wakamiyalab: 🗣️Featured on the website of the Institute for Chemical Research, Kyoto University! @ShuaifengH @jorgepascual92 【ICR Week…
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RT @wakamiyalab: 🍺One of the greatest aspects of the conference is the opportunity to reconnect with old friends, make new friends. @Shuaif…
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RT @angew_chem: Multifunctional Modification of the Buried Interface in Mixed Tin-Lead Perovskite #SolarCells (Meng Li and co-workers) @Gui…
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Top interface modification is becoming increasingly popular for perovskite applications, particularly for tin halide perovskites. In this fresh mini-review we @TeresaSRipolles @SHTurrenCruz discuss its reasons and its future potential:
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👏The surface of tin halide perovskites is incredibly interesting and full of surprises. While studying SnF2, we @AntonioAbate83 reported HAXPES data that complements to this work:
Sn2+/Sn4+ are not the only species to track on the surface of tin halide perovskite thin films! Look what we found!
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Free of charge! 💸 Online! 🖥️ And the best of all... the fascinating topic of perovskites with alternative metals to lead!
We are now inviting researchers, PhDs, students, and other professionals working in the field of lead-free perovskite solar cells to submit their abstracts for poster presentations at the 2nd international workshop on lead-free perovskite solar cells.
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RT @mahmoudaldamasy: We are now inviting researchers, PhDs, students, and other professionals working in the field of lead-free perovskite…
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RT @mahmoudaldamasy: We are now inviting researchers, PhDs, students, and other professionals working in the field of lead-free perovskite…
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RT @wakamiyalab: 📰若宮研卒業生のShuaifeng Hu君@ShuaifengHの研究が、現在所属するOxford大学から発表になりました この度、和訳記事も出て 反響の大きさに驚くとともに 活躍を大変うれしく思います 未来の太陽光発電は建物やスマホに吹き付…
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RT @ShuaifengH: Enjoyed the beautiful beach, tasty food, nice science, and also great reunion with you guys @jorgepascual92 @SHTurrenCruz.…
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RT @SHTurrenCruz: We enjoyed the afternoon session with such an great talk from @ShuaifengH 🥪and Ze Xiang Shen on tandem photovoltaics and…
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