Results 1 to 10 of about 949,044 (283)
Mechanism of decoherence-free coupling between giant atoms
Physical Review Research, 2020 Giant atoms are a new paradigm of quantum optics going beyond the usual local coupling. Building on this, a new type of decoherence-free (DF) many-body Hamiltonians was shown in a broadband waveguide.
Angelo Carollo +2 more
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Nanostructured crystallization of casting alloys
Литьë и металлургия, 2022 Crystallization of casting alloys has been shown to be a nanostructured process. Microcrystals of phases in the temperature range of liquidus and solidus, during eutectic and peritectic reactions, are formed from nanocrystals of components A and B of ...
E. I. Marukovich +2 more
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Nanostructural crystallization of silumins
Литьë и металлургия, 2022 The crystallization of silumins has been shown to be a nanostructured process. Liquid silumin consists of elementary nanocrystals of aluminum and silicon, free atoms of aluminum and silicon, aluminum-silicon complexes.
E. I. Marukovich +2 more
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Nanostructured steel crystallization
Литьë и металлургия, 2022 Steel crystallization has been shown to be a nanostructured process. Austenite microcrystals in liquid steel with a carbon concentration of 2.5 to 9 atomic percent, δ‑ferrite microcrystals in melt with a carbon concentration of up to 2.5 atomic percent ...
E. I. Marukovich +2 more
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Nanostructural crystallization of cast iron
Литьë и металлургия, 2022 Crystallization of cast iron has been shown to be a nanostructured process. Austenitic-graphite eutectic is formed from iron and graphite nanocrystals, free iron and graphite atoms.
E. I. Marukovich +2 more
doaj +1 more source
Nanostructured recrystallization of iron‑carbon alloys
Литьë и металлургия, 2022 Recrystallization of iron-carbon alloys has been shown to be a nanostructured process. Microcrystals of secondary cementite of steels and cast iron are formed from elementary nanocrystals of iron and graphite, free atoms of graphite and iron-carbon ...
E. I. Marukovich +2 more
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Temporal Response of Atoms Trapped in an Optical Dipole Trap: A Primer on Quantum Computing Speed
Atoms, 2023 An atom confined in an optical dipole trap is a promising candidate for a qubit. Analyzing the temporal response of such trapped atoms enables us to estimate the speed at which quantum computers operate.
S. Baral +4 more
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Collective photon emission of two correlated atoms in free space
Physical Review Research, 2023 By preparing two distant emitters in entangled Dicke states via detection of a single photon, the subsequent spatiotemporal photon emission is investigated.
Stefan Richter +3 more
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Loading Dynamics of Cold Atoms into a Hollow-Core Photonic Crystal Fiber
Fibers, 2020 Cold atoms trapped and guided in hollow-core photonic crystal fibers provide a scalable diffraction-free setting for atom–light interactions for quantum technologies.
Yu Wang +5 more
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Photoionization of Rydberg atoms in optical lattices
New Journal of Physics, 2021 We develop a formalism for photoionization (PI) and potential energy curves (PECs) of Rydberg atoms in ponderomotive optical lattices and apply it to examples covering several regimes of the optical-lattice depth.
R Cardman +4 more
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