In a recent article published in Nature Communications, researchers from TU Dresden and the Max Planck Institute of Microstructure Physics reported a side chain-induced chirality amplification (SICA) strategy that enables the synthesis of highly crystalline and conductive chiral 2D c-MOFs with…
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In a recent article published in Nature Synthesis, researchers from the Max Planck Institute of Microstructure Physics and TU Dresden reported an on-water surface synthesis strategy for the construction of mechanically interlocked monolayer and bilayer 2D polymers. This study sheds light on the…
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In a recent article published in Nature Communications, researchers from the Max Planck Institute of Microstructure Physics and TU Dresden reported the development of an on-liquid surface synthesis strategy for the construction of diyne-linked 2D polymer crystals. This approach represents a…
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A new study reveals that insulating buffer layers are no longer needed for ultrathin magnetic racetrack devices, unlocking new paths for seamless integration with functional substrates.
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In a newly published study in Advanced Materials, researchers from the Max Planck Institute of Microstructure Physics report a new class of materials that may enable more sustainable spintronic devices: iridium-based high entropy alloys.
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A publication in SPIE Neurophotonics demonstrated a foundry-fabricated dual-color nanophotonic neural probe developed in collaboration between the Max Planck Institute of Microstructure Physics and the Allen Institute for Neural Dynamics.
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A groundbreaking study reveals highly mobile hot carriers in 2D conjugated coordination polymers (2D c-CPs), challenging the paradigm that organic materials are unsuitable for non-equilibrium charge transport applications.
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A longstanding challenge in condensed matter physics - distinguishing between two fundamentally different types of insulators - may finally have a solution.
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New publication in Nature Materials, an international team of researchers has developed groundbreaking artificial chains of the iconic ‘olympicene’ molecules to realize the antiferromagnetic (AF) spin-½ Heisenberg model.
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