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Results for “CHIRALITY”
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Multipartite entanglement in two-dimensional chiral topological liquids
The multipartite entanglement structure for the ground states of two-dimensional (2D) topological phases is an interesting albeit not well-understood question. Utilizing the bulk-boundary correspondence, the calculation of tripartite entanglement in 2D topological phases can be reduced to that of the vertex state, defined by the boundary conditions at the interfaces between spatial regions. In this paper, we use the conformal interface technique to calculate entanglement measures in the vertex state, which include area-law terms, corner contributions, and topological pieces, and a possible additional order-one contribution. Furthermore, this explains our previous observation of the Markov gap ℎ = $\frac{c}{3}$ ln2 in the three-vertex state, and generalizes this result to the p-vertex state, general rational conformal field theories, and more choices of subsystems. Finally, we support our prediction by numerical evidence, finding precise agreement.
Chiral spin liquid and quantum phase diagram of spin- 1 2 J 1 − J 2 − J χ model on the square lattice
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Temperature dependence of energy transport in the Z 3 chiral clock model
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Quasicrystalline chiral soliton lattices in a Fibonacci helimagnet
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Pseudogap phases, chiral anomaly, and topological order with quantum loop entanglement
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Topological phase transition from optical manipulation of chiral response in the one-dimensional correlated Weyl semimetal ( TaS e 4 ) 2 I
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Modeling of charged kaon and neutral kaon fluctuations as a signature for the production of a disoriented chiral condensate in A − A collisions
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Power counting in chiral effective field theory and nuclear binding
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Partial muon capture rates in A = 3 and A = 6 nuclei with chiral effective field theory
Searches for neutrinoless-double beta decay rates are crucial in addressing questions within fundamental symmetries and neutrino physics. The rates of these decays depend not only on unknown parameters associated with neutrinos, but also on nuclear properties. In order to reliably extract information about the neutrino, one needs an accurate treatment of the complex many-body dynamics of the nucleus. Neutrinoless-double beta decays take place at momentum transfers on the order of 100 MeV/$c$ and require both nuclear electroweak vector and axial current matrix elements. Muon capture, a process in the same momentum transfer regime, has readily available experimental data to validate these currents. In this work, we present results of {\it ab initio} calculations of partial muon capture rates for $^3$He and $^6$Li nuclei using variational and Green's Function Monte Carlo computational methods. We estimate the impact of the three-nucleon interactions, the cutoffs used to regularize two-nucleon ($2N$) interactions, and the energy range of $2N$ scattering data used to fit these interactions.
Chiral condensate from a hadron resonance gas model
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Topology of generalized spinors and chiral anomaly
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