The device, formally known as the microfluidic Axialtrode (mAxialtrode), represents a significant leap in neuro-engineering, bridging the gap between passive…
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The Fusion of Light and Magnetism in Atomically Thin Semiconductors Paves the Way for Next-Generation Quantum Technologies
Researchers at the City College of New York (CCNY) have published a seminal review in the journal Nature Materials, signaling…
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City College of New York Researchers Chart the Future of Quantum Science Through the Integration of Light and Magnetism in Atomically Thin Materials
Researchers at the City College of New York (CCNY) are currently defining the boundaries of a rapidly evolving frontier in…
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McGill University Researchers Pioneer Quantum Sound Generation Through Supersonic Electron Emission in Ultra Thin Crystals
In a landmark development for the field of condensed matter physics, a collaborative team of scientists from McGill University, the…
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Bocunebart’s PACAP-Targeting Mechanism Positions it as a Potential First-in-Class Therapy in a Thin Pipeline of Novel Late-Stage Candidates
New Data Unveiled for Bocunebart, a Promising Migraine Preventive Targeting a Novel Pathway Munich, Germany – June 29, 2026 –…
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Engineered Mie Voids in Bismuth Telluride Heterostructures Enable Enhanced Light-Matter Interactions in Atomically Thin Semiconductors
The field of nanophotonics has reached a significant milestone with the development of a novel strategy to amplify light emission…
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Resonant Mie Voids in Bismuth Telluride Enhance Light Emission and Nonlinear Optical Responses in Atomically Thin Tungsten Disulfide
The field of nanophotonics has reached a significant milestone with the development of a novel architecture that dramatically enhances the…
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High-Index Dielectric Mie-Void Heterostructures Enable Enhanced Light Emission and Nonlinear Optical Signals in Atomically Thin Tungsten Disulfide
The field of nanophotonics has reached a pivotal juncture where the demand for ultra-compact, high-efficiency light sources is driving researchers…
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