782 citations · 3.3k across the 48 of their papers we have counts for
48 papers
Universal entropic occupation statistics in disordered bosonic resonators
Orest Bucicovschi, David A. Meyer
Programmable microcavities support grand-canonical photon gases. We show that bosonic state counting creates an entropic staircase of most-probable total occupations. For detuning…
Mean Field Approximation for Identical Bosons on the Complete Graph
Alexander Meill, David A. Meyer
Non-linear dynamics in the quantum random walk setting have been shown to enable conditional speedup of Grover's algorithm. We examine the mean field approximation required for the…
Pairwise Concurrence in Cyclically Symmetric Quantum States
Alexander Meill, David A. Meyer
We provide an initial characterization of pairwise concurrence in quantum states which are invariant under cyclic permutations of party labeling. We prove that maximal entanglement…
Entanglement Constraints on States Locally Connected to the Greenberger-Horne-Zeilinger State
Grant W. Allen, Orest Bucicovschi, David A. Meyer
The multi-qubit GHZ state possesses tangles with elegant transformation properties under stochastic local operations and classical communication. Since almost all pure 3-qubit stat…
Symmetric 3 Qubit State Invariants
Alexander Meill, David A. Meyer
For pure symmetric 3-qubit states there are only three algebraically independent entanglement measures; one choice is the pairwise concurrence , the 3-tangle , and t…
Irreconcilable Difference Between Quantum Walks and Adiabatic Quantum Computing
Thomas G. Wong, David A. Meyer
Continuous-time quantum walks and adiabatic quantum evolution are two general techniques for quantum computing, both of which are described by Hamiltonians that govern their evolut…