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Matter_CP

@Matter_CP

A new materials sciences journal published by @CellPressNews and the home for transformative research | Editor-in-Chief: Steve Cranford @cranfordMATTER

ID:1050083147432509443

linkhttp://www.cell.com/matter calendar_today10-10-2018 17:58:26

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Xiao-Dong Zhang and colleagues present atomically precise Ag29 clusters with ultrahigh structural stability and photostability in !
Read more: cell.com/matter/abstrac…

Xiao-Dong Zhang and colleagues present atomically precise Ag29 clusters with ultrahigh structural stability and photostability in #MatterIssue58! Read more: cell.com/matter/abstrac…
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Jianglin Wang and colleagues present piezoelectric composites for promoting cartilage remodeling in !
Read more: cell.com/matter/abstrac…

Jianglin Wang and colleagues present piezoelectric composites for promoting cartilage remodeling in #MatterIssue58! Read more: cell.com/matter/abstrac…
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William A. Tisdale and colleagues identify vibrational modes that strongly couple to excited carriers in 2D silver phenylselenolate, a newly discovered metal organochalcogenolate semiconductor  in ! Massachusetts Institute of Technology (MIT)
Read more: cell.com/matter/fulltex…

William A. Tisdale and colleagues identify vibrational modes that strongly couple to excited carriers in 2D silver phenylselenolate, a newly discovered metal organochalcogenolate semiconductor  in #MatterIssue58! @MIT Read more: cell.com/matter/fulltex…
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Bioengineering has captured our attention due to its impact in solving real-world problems and its potential to lead to new biological insights. Visit our joint collection for content across the Cell Press portfolio: hubs.li/Q02tK63K0

Bioengineering has captured our attention due to its impact in solving real-world problems and its potential to lead to new biological insights. Visit our joint collection for #bioengineering content across the Cell Press portfolio: hubs.li/Q02tK63K0
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Yanqing Lu and colleagues present a multifunctional optical imaging platform in !
Read more: cell.com/matter/abstrac…

Yanqing Lu and colleagues present a multifunctional optical imaging platform in #MatterIssue58! Read more: cell.com/matter/abstrac…
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Geping Yin and colleagues report that modulating atomic strain environment promotes ORR performance in !
Read more: cell.com/matter/abstrac…

Geping Yin and colleagues report that modulating atomic strain environment promotes ORR performance in #MatterIssue58! Read more: cell.com/matter/abstrac…
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Gary J. Cheng and colleagues present a novel approach for making MOFs-derived CNMC materials in !
Read more: cell.com/matter/abstrac…

Gary J. Cheng and colleagues present a novel approach for making MOFs-derived CNMC materials in #MatterIssue58! Read more: cell.com/matter/abstrac…
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Shiguo Zhang and colleagues present a distinctive supramolecular ionogel with high ionic conductivity in !
Read more: cell.com/matter/abstrac…

Shiguo Zhang and colleagues present a distinctive supramolecular ionogel with high ionic conductivity in #MatterIssue58! Read more: cell.com/matter/abstrac…
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Jeffrey W. Ruberti and colleagues challenge the current understanding of durable structure (load-bearing tissue) formation in vertebrate animals in !
Read more: cell.com/matter/fulltex…

Jeffrey W. Ruberti and colleagues challenge the current understanding of durable structure (load-bearing tissue) formation in vertebrate animals in #MatterIssue58! Read more: cell.com/matter/fulltex…
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William Tisdale and colleagues reveal coherent exciton-phonon interactions in the 2D layered hybrid organic-inorganic semiconductor silver phenylselenolate (AgSePh) in ! Massachusetts Institute of Technology (MIT)
Read more: cell.com/matter/fulltex…

William Tisdale and colleagues reveal coherent exciton-phonon interactions in the 2D layered hybrid organic-inorganic semiconductor silver phenylselenolate (AgSePh) in #MatterIssue58! @MIT Read more: cell.com/matter/fulltex…
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Yanqing Lu and colleagues developed a multifunctional optical imaging platform assisted by origami/kirigami in !
Read more: cell.com/matter/abstrac…

Yanqing Lu and colleagues developed a multifunctional optical imaging platform assisted by origami/kirigami in #MatterIssue58! Read more: cell.com/matter/abstrac…
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