High-fidelity quantum gates for OAM qudits on quantum memory
arXiv:2105.12178 · doi:10.1088/1612-202X/ac45b2
Abstract
The application of high-dimensional quantum systems (qudits) in quantum computing and communications seems to be a promising avenue due to the possibility of increasing the amount of information encoded in one physical carrier. In this work, we propose a method for implementing single-qudit gates for qudits based on light modes with orbital angular momentum. Method for logical qudits encoding, which ensures the quasi-cyclicity of operations, is introduced. Based on the protocol for converting the orbital angular momentum of light in the Raman quantum memory scheme [Vashukevich E.A. et. al. PRA, 101, 033830 (2020)], we show that the considered gates provide an extremely high level of fidelity of single-qudit transformations. We also compare quantum gates' properties for systems of different dimensions and find the optimal conditions for carrying out transformations in the protocol under consideration.
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Cited by in corpus (6)
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- Randomised benchmarking for universal qudit gates
- Exponentially Enhanced Scheme for the Heralded Qudit GHZ State in Linear Optics
- Benchmarking of universal qutrit gates
- Parallel multi-two-qubit SWAP gate via QND interaction of OAM light and atomic ensemble
- Parallel two-qubit entangling gates via a quantum nondemolition interaction controlled by rotation