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Universal Quantum Gate, Yang– Baxterization and Hamiltonian
 Int. J. Quant. Inform
, 2005
"... It is fundamental to view unitary braiding operators describing topological entanglements as universal quantum gates for quantum computation. This paper derives a unitary solution of the quantum Yang–Baxter equation via Yang–Baxterization and constructs the Hamiltonian responsible for the timeevolu ..."
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Cited by 11 (7 self)
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It is fundamental to view unitary braiding operators describing topological entanglements as universal quantum gates for quantum computation. This paper derives a unitary solution of the quantum Yang–Baxter equation via Yang–Baxterization and constructs the Hamiltonian responsible for the timeevolution of the unitary braiding operator. Keywords: topological entanglement, quantum entanglement, Yang–Baxterization 1.
Dynamics of compact homogeneous universes
, 1996
"... A complete description of dynamics of compact locally homogeneous universes is given, which, in particular, includes explicit calculations of Teichmüller deformations and careful counting of dynamical degrees of freedom. We regard each of the universes as a simply connected four dimensional spacetim ..."
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Cited by 7 (1 self)
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A complete description of dynamics of compact locally homogeneous universes is given, which, in particular, includes explicit calculations of Teichmüller deformations and careful counting of dynamical degrees of freedom. We regard each of the universes as a simply connected four dimensional spacetime with identifications by the action of a discrete subgroup of the isometry group. We then reduce the identifications defined by the spacetime isometries to ones in a homogeneous section, and find a condition that such spatial identifications must satisfy. This is essential for explicit construction of compact homogenoeus universes. Some examples are demonstrated for Bianchi II, VI0, VII0, and I universal covers. 1
Part of the Condensed Matter Physics Commons
, 2014
"... Laserbased angleresolved photoemission spectroscopy (ARPES) and studies of topological insulators and heavy fermions ..."
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Laserbased angleresolved photoemission spectroscopy (ARPES) and studies of topological insulators and heavy fermions
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"... Let us assume Σθ,η  ≤ 0. whether α ′5 ∫∫ Recent developments in advanced logic [3] have raised the question of a ′′ τ∈N δ −2 dp 1 i: sin−1 (j × ∅) < ..."
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Let us assume Σθ,η  ≤ 0. whether α ′5 ∫∫ Recent developments in advanced logic [3] have raised the question of a ′′ τ∈N δ −2 dp 1 i: sin−1 (j × ∅) <