Time Evolution Operators for Periodic SU(3)
arXiv:1907.12957
Abstract
We present an outline of a technique to associate certain methods from time optimal quantum control with various transforms on SU(3). Unitary operators are taken from certain time dependent Hamiltonians and transformation laws are derived. A methodological framework for development of solution for these types of problems with a non-simple geometric framework is presented that is generally applicable. We give an expansive overview of the field of SU(3), its meaning, purpose and context within the presented results. Exact solutions for periodic curves on SU(3) are provided, along with the operators and physical framework that surrounds them. A comprehensive review of the literature and established results is given for reference. Discussion is given in full to effective approaches that may be given both to the teaching of the subject, and the development of further results within the science. We conclude the paper with an overview of new avenues of investigation that are opened through the results that are presented.
arXiv comment23 pages, 131 equations
References in corpus (17)
- Quantum Brachistochrone
- Collective Modes in Light Nuclei from First Principles
- Time Optimal Unitary Operations
- A generalized Pancharatnam geometric phase formula for three level systems
- SU(3) quasi-dynamical symmetry as an organizational mechanism for generating nuclear rotational motions
- Differential Geometry on SU(3) with Applications to Three State Systems
- SU(3) orbital Kondo effect with ultracold atoms
- Geometry of Quantum Computation with Qutrits
- Quantum Brachistochrone for Mixed States
- SU(3) Kondo effect in spinless triple quantum dots
- Time-optimal CNOT between indirectly coupled qubits in a linear Ising chain
- Quantum Critical Spin-2 Chain with Emergent SU(3) Symmetry
- The Schwinger SU(3) construction - I: Multiplicity problem and relation to induced representations
- SU(3) Quantum Spin Ladders as a Regularization of the CP(2) Model at Non-Zero Density: From Classical to Quantum Simulation
- Time Optimal Quantum Control of Spinor States
- Addition of SU(3) generators and its Singlet Hilbert space
- Time Dependent Quantum Mechanics