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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Human SkinWounds heal nearly three times slower than those in other Primates, likely due to evolutionary trade-offs involving hair loss and increased sweat gland development.
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#Electrosynthesis using pretreated flue gas enables high-efficiency #Urea production with no ammonia byproducts, offering a more energy-efficient and selective alternative to conventional methods.
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A new quantum theory of gravity compatible with the standard model brings physics closer to unifying all #FundamentalForces, offering fresh insights into #BlackHoles and the origins of the universe
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Three separate research groups have imaged the instantaneous positions of individual atoms in a cold, uniform 2D gas, thereby revealing the influence of the atoms’ quantum correlations with each other.
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A new study in PhysRevLett analyzes nearly four years of data from NasaSun’s Parker Solar Probe and places the strongest limits yet on #DarkPhotons — hinting that they may not be a major part of DarkMatter.
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Quantum cryptography usually requires complex, expensive equipment. Now researchers have distributed quantum keys over 403 km of standard optical fiber using off-the shelf lasers. Their key distribution rate is high enough for some real-world applications
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Experimental study of time-dependent side channels in quantum key distribution
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Researchers have introduced a comprehensive model that predicts the behavior of a bowling bowl. The goal: to identify the optimal launch position and trajectory for scoring a strike, the feat of toppling all 10 pins at once
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