Category: Physics & Astronomy
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Hybrid scaling describes overlapping classical and quantum Yang-Lee behavior
This research indicates that the overlapping critical region between classical and quantum Yang-Lee edge singularities can be described by a hybrid scaling mechanism.
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Scalable holonomic quantum computation framework is proposed for atom experiments
This research indicates that scalable quantum computation in atom experiments can be organized through a universal set of fully holonomic adiabatic gates.
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Bootstrap bounds for supersymmetric quantum mechanics ground states
This research indicates that bootstrap methods can produce rigorous bounds on ground-state data in supersymmetric quantum mechanics and its matrix model variant.
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Dimer graphs linked relativistic Toda chains with dual gauge curves
This research indicates that dimer graphs were constructed for relativistic Toda chains of several classical and twisted Lie algebra types, and that the Seiberg-Witten curve of five-dimensional N = 1 pure supersymmetric gauge theory for a gauge group G is a spectral curve of the relativistic Toda chain of the dual group G∨.
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2HDM-I explains reported 650 GeV and 95 GeV anomalies
This research indicates that the 2-Higgs doublet model type-I can explain the reported 650 GeV and 95 GeV anomalies while satisfying the stated experimental and theoretical constraints.
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Quantum data centres are presented as a practical platform for future quantum networks
This research indicates that quantum data centres are a practical medium-term platform and a strategic framework for the future quantum internet.
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Oscillations observed in proton capture by oxygen-20
This research indicates that proton capture by oxygen-20 near the barrier shows oscillatory cross sections linked to low-angular-momentum quasi-bound states in fluorine-21.
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Structure-preserving simulations show differing turbulence behavior
This research indicates that structure-preserving long-time simulations of three two-dimensional magnetohydrodynamics models reveal similar magnetic-potential behavior in reduced magnetohydrodynamics and Hazeltine’s model, but different vorticity dynamics across the models.
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European space institutions evolved through fragmentation and merger
This research indicates that European space institutions were shaped by divisions between national interests, political compromises, and institutional redundancies rather than by purely legal or technical factors.
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PbPc-based fiber laser produced femtosecond pulses and near-infrared supercontinuum
This research indicates that lead phthalocyanine can function as a saturable absorber in an erbium-doped fiber laser to produce stable femtosecond pulses and near-infrared supercontinuum light.
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