#MaterialSci - Twitter Hashtag

over 1 year ago

🔬 Breakthrough in copper nanoclusters! Our one-pot method creates stable, crystalline materials with tunable optical properties—just by adjusting linkers and solvents. A step forward for customizable Cu-based materials! #MaterialSci #Nanotech https://t.co/TLEEPuaBgl

team_tagen's tweet photo. 🔬 Breakthrough in copper nanoclusters! Our one-pot method creates stable, crystalline materials with tunable optical properties—just by adjusting linkers and solvents. A step forward for customizable Cu-based materials! #MaterialSci #Nanotech
https://t.co/TLEEPuaBgl https://t.co/x7terY1IHD

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東北大学多元物質科学研究所 @team_tagen

over 1 year ago

Synthesis of atom-precise 3D & 2D silver cluster-assembled materials! Research reveals how organic linkers transform nanocluster symmetry at atomic level. Materials show unique morphology and structural integrity. #MaterialSci #NanoTech https://t.co/BiPhW6O4RT

team_tagen's tweet photo. Synthesis of atom-precise 3D & 2D silver cluster-assembled materials! Research reveals how organic linkers transform nanocluster symmetry at atomic level. Materials show unique morphology and structural integrity. #MaterialSci #NanoTech https://t.co/BiPhW6O4RT https://t.co/sAgWqQG5DV

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EnliTechnology

@EnliTechnology

over 3 years ago · London

Hello London🇬🇧 D2 of #HOPV23 We are love to see all the enthusiastic researchers gather together and have a great discussion on the future of #perovskite #OPV #solarcells #materialsci ..etc,. Stay tuned & come to visit our on-site booth. #SenateHouse #UoL

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Tami Pudina @tpudina

almost 4 years ago

many parallels between these systems and the performance of high entrophy alloys #heas and #plasmonic metamaterials #materialsci

Santa Fe Institute

@sfiscience

about 4 years ago

"For constant activity, the +1/2 defect moves & the -1/2 defect stays put." "This allows us to collapse an ∞ degrees of freedom..." Re: +1/2, "The direction of the parabola allows you to choose the direction of the flow." "You can build any complex trajectory that you wish."

sfiscience's tweet photo. "For constant activity, the +1/2 defect moves & the -1/2 defect stays put."

"This allows us to collapse an ∞ degrees of freedom..."

Re: +1/2, "The direction of the parabola allows you to choose the direction of the flow."

"You can build any complex trajectory that you wish." https://t.co/PMaqjxsSf2

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Ganna (Anya) Gryn’ova 🇺🇦 @grynova_CCC

over 4 years ago

Our lab @HITStudies @UniHeidelberg can support PhD candidates and scientists from Ukraine in the fields of #compchem #materialsci #ML, funding from multiple sources incl. @AvHStiftung #SchwarztInitiative. @Sci_for_Ukraine #ScienceForUkraine DM for details

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Matthew Lamons @mlamons1

over 6 years ago

Artificial Intelligence figured out how light flows around nanoparticles, opening the door for new optical devices in the future. All industries are transforming! #AI #ML #futurist #futurism #IntelligenceFactory #digitaltransformation #dt #dx #materialsci https://t.co/dYTAPRTcp7

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DoD Basic Research @DoD_BasicRsch

about 9 years ago

@NDSEG Fellow Ms. Gu talks conch shell. Nature really good at providing materials and design inspo. #materialsci #advmanufacturing #DoDSTIx

DoD_BasicRsch's tweet photo. @NDSEG Fellow Ms. Gu talks conch shell. Nature really good at providing materials and design inspo. #materialsci #advmanufacturing #DoDSTIx https://t.co/IsPN2A0aYP

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EMCR Forum @EMCRForum

about 9 years ago

An opp 4 #EMCRs (<40yo) in #MaterialSci to connect with peers & industry. We'll keep you posted on this event. #Health #Energy #Environment https://t.co/Xt0oVTlfgq

Drew R Evans @ScienceByDRE

about 9 years ago · Adelaide

FYI: Lock away some dates - International Conference for Young Researchers in Advanced Materials is coming down under. C U in #Adelaide

ScienceByDRE's tweet photo. FYI: Lock away some dates - International Conference for Young Researchers in Advanced Materials is coming down under. C U in #Adelaide https://t.co/98kiOJhLyz

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Stef @[email protected] Christensen @Wikisteff

about 9 years ago

Fantastic explaination of the new #physics: Weyl fermions, Soljačić’s boson–fermions, and anyons. #topology #topologicalphysics #materialsci https://t.co/6eguiwL5vU

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