Linfeng Pan
@LinfengPan
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RT @Rui_Zhang_LiU: We proposed a comprehensive view of the structures from initial solutions, film formation dynamics, to the final thin fi….
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RT @PhilippeHolzhey: We developed a new type of passivation. It is dynamic. It passivates defects not only during fabrication but also new….
nature.com
Nature - A living passivation strategy enables dynamic self-healing of perovskite solar cells to ensure device performance and stability on exposure to heat or moisture.
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RT @LudmillaSteier: 📢 pls spread the word: we are searching for a talented #postdoc with expertise in electrochemistry in any #PowerToX fie….
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RT @nanoGe_Conf: 🟢#HOPV24 @nanoGe_Conf special session in honour of Prof. Michael Graetzel @lpi_epfl brought together leading speakers in t….
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RT @TilleyLab: Please join us for the LightChEC Summer School this September, we have an amazing line up of speakers!.
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@SamStranks @Dai_Linjie We hope that the strategy and methodologies employed to address the challenge of short bulk carrier diffusion length could prove beneficial for various other optoelectronic devices.
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Huge thanks to all authors for their invaluable contributions in making this research possible! Special shoutout to @SamStranks for his unwavering support and @Dai_Linjie for his exceptional spectroscopic expertise!.
Published by @Nature as @LinfengPan presents at #S24MRS co-led w/ @Dai_Linjie .Enhanced charge transport + 70% more current vs state of art by Cu2O photocathode crystal orientation tuning @cebcambridge @Cambridge_Uni @EPFL_en.Press
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RT @StranksLab: Published by @Nature as @LinfengPan presents at #S24MRS co-led w/ @Dai_Linjie .Enhanced charge transport + 70% more current….
nature.com
Nature - A study introduces a novel method to grow single-crystal Cu2O thin films with selected crystal orientations, highlighting enhanced bulk carrier mobility and carrier diffusion length along...
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RT @Cambridge_Uni: Copper oxides could be a cheap and non-toxic replacement for silicon in solar fuel generation, but they have low energy….
cam.ac.uk
The researchers, led by the University of Cambridge, are developing low-cost light-harvesting semiconductors that power devices for converting water into clean hydrogen fuel, using just the power of
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RT @milosdubajic: I'll be discussing how A-site cation impacts dynamic nanodomains in lead halide perovskites at #S24MRS in Seattle this We….
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Extraordinary days unfolded as we welcomed my PhD advisor Prof Michael Grätzel visiting our @StranksLab. Heartfelt thanks to @SamStranks for making this possible! Privileged to witness the history and groundbreaking progress in a room seldom graced by such impassioned involvement
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RT @StranksLab: A fantastic talk today by Professor Michael Grätzel of @EPFL_en ranging from his invention of 3D mesoscopic TiO2 nanopartic….
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RT @StranksLab: We are very excited to be hosting Professor Graetzel next week @cebcambridge. If you are in Cambridge, this is a talk you d….
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RT @StranksLab: A big thank you to @terryyang88 who recently completed a Marie Curie postdoc fellowship in @StranksLab. Terry has been an i….
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Many projects results in much more advance and impact than the "Milestones" states (and often long after the project). How can we quantify? Isn't high risk the very reason for the existence of national funding agencies?.
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RT @HuLab_EPFL: Our lab at EPFL is looking to hire a postdoc to develop new, low-cost cation exchange membranes for redox flow batteries. S….
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RT @SintonLab: Excited to share three new postdoctoral fellow positions in (i) stable and scalable direct air capture electrochemical syste….
sintonlab.com
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RT @SaifulChemistry: 📢Please retweet. Position available - Professor in Materials in @OxfordMaterials @mplsoxford linked to @OxfordNetZero.….
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