Using near-field optical and photocurrent nanoscopy, scientists study graphene’s nanoscale properties under strong magnetic fields and low temperatures and find unexpectedly long cooling lengths and nonlocal photothermal heating in the insulating bulk.
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A new framework for fractional quantum Hall states coupled to #quantum light shows that #topology signatures are resilient to cavity couplings, and the cavity drastically changes due to topological order. The work also predicts a new excitation type.
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Researchers uncovered a mismatch between predicted and experimental measures of Coulomb interactions, resulting in a new framework for understanding magic angle twisted bilayer graphene and implications for superconductivity in 2D materials.
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Milky way has a twin jwst finds fully formed galaxy 1 billion years after
big bang
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big bang
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Quantum Brain Sensors Have The Potential To Identify Brain Diseases
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By using tensor-network techniques to compress the single-particle wave functions, the initial state preparation for the simulation of molecular systems in first quantization is accelerated.
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In movies like Iron Man, computers project 3-D graphics into the air that can be grabbed and moved around. A new device brings that sci-fi tech closer to reality.
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#OTD in 1990, the Hubble Space Telescope launched, later becoming one of the most productive telescopes in history with more than 1.5 million observations and nearly 20,000 scientific publications based on its data.
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Researchers synthesize and characterize strong dipolar interactions in a 2D ensemble of nitrogen vacancy centers on (111)-oriented diamond substrates and introduce a new form of qubit-based spectroscopy to confirm net non-zero dipolar interaction.
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This study introduces an algorithm that can perform automated discovery of scattering setups for #optics, #photonics, and more. Given a specific scattering behavior, the algorithm can identify the minimal resources needed to replicate that behavior.
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