J. Haataja
@jshaataj
Followers
44
Following
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Media
6
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85
Joined October 2021
RT @nonappa: We present self-assembly principles, applications, and challenges in nanocluster-based two-dimensional materials. #2Dmaterials….
pubs.rsc.org
Two-dimensional nanomaterials derived from noble metals exhibit unique optoelectronic properties with potential applications in advanced nanodevices, catalysis, imaging, biomedicine, and sensing....
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RT @ChemCambridge: Imagine building a molecule like stacking Lego blocks, Cambridge chemists have developed a powerful new method to build….
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RT @BenpalmerLab: Very happy to see this collaborative work out @J_A_C_S - @shashanka_indri @floriandietrix and @matteoslvlgl use in situ….
pubs.acs.org
Understanding how crystals nucleate is a key goal in materials, biomineralization, and chemistry. Many inorganic materials are known to crystallize “nonclassically” by particle attachment. However, a...
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RT @GianniJacca: Check out my interview on @TgrLeonardo —Italian science news program—about the research that I'll be starting at the Unive….
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RT @ChemCambridge: Congrats to the Vignolini group, whose sustainable cellulose glitter which is being commercialised by spinout @SparxelI….
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RT @AaltoUniversity: Creating feedback loops in hydrogels granted €1.5M by @ERC_Research. Congratulations to Research Fellow Hang Zhang of….
aalto.fi
Dr. Hang Zhang was granted 1.5 million euros on Thursday by the ERC to create coupled physical feedback loops in hydrogels with varying dimensions.
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RT @BenpalmerLab: Check out our new paper which rationalizes how molecular dopants (e.g., hypoxanthine) effect guanine crystal morphology.….
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RT @nonappa: We demonstrate scalable biopolymer optical fibers with 15 times higher maximum strain than commercial glass optical fibers for….
pubs.acs.org
Polymer optical fibers (POFs) are lightweight, fatigue-tolerant, and suitable for local area networks, automobiles, aerospace, smart textiles, supercomputers, and servers. However, commercially...
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RT @ArankoSessi: Our work on the sustainable spinning of exceptionally tough and functionalized spider silk fibers is now out in Advanced F….
advanced.onlinelibrary.wiley.com
A sustainable aqueous wet spinning method enables an efficient production of artificial spider silk fibers which show excellent extensibility and remarkable toughness. A highly specific and efficie...
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RT @NCCRbioinspired: Just out in @NatureNano: @NCCRbioinspired article from @AMI_Physics and @BodoWilts in collaboration with @psich_en, @G….
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RT @MajaVuckovac: 📢 am looking for PhD student to work on soft wet adhesion dynamic on my ADHERE @SuomenAkatemia project at @AaltoUniversit….
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RT @BenpalmerLab: Congratulations to our amazing students on their prizes for excellence. so proud of you!.@TLemcoff (left) - Dean's List….
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RT @SchertelLukas: Fantastic work on how scattering can boost growth efficiency in algal photobioreactors.🧪.Thank you @VignoliniLab @dwangp….
pnas.org
Rapid progress in algal biotechnology has triggered a growing interest in hydrogel-encapsulated microalgal cultivation, especially for the engineer...
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RT @BenpalmerLab: Amazing opportunities for ambitious postdocs in Israel - check it out! .I would be happy to host biologists, bio-chemists….
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RT @ChemCambridge: Our wonderful microscope Light Field has taken some 3D images of a white blood cell. It uses a hexagon of lenses to 'pee….
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RT @Ryo_M_Graphics: My procedural skin model is now available on my Gumroad to download for free 😊.. A YT tutorial….
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RT @BEEP_MSCA2020: Congratulations to @ArielGarcaFlei1 for his #paper on the "Influence of structural colour on the #photoprotective mechan….
royalsocietypublishing.org
Marine life is populated by a huge diversity of organisms with an incredible range of colour. While structural colour mechanisms and functions are usually well studied in marine animal species, there...
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