Research Topic
Experimental realizations of routing or shuttling trapped ions in three dimensions in a quantum computer. I want to find papers which specifically focus on the routing and shuttling characteristics, and only in 3 dimensions, not 2 or 1 dimensions.
Summary
The literature search found significant contributions to the experimental realizations of routing or shuttling trapped ions in three dimensions in quantum computing, particularly highlighted in references [1] and [2].
- [1] presents a high success rate in shuttling Mg$^{+}$ ions across multiple sites in a 3D trap-array, preserving qubit coherence during the process, which is critical for scalable quantum architectures.
- [2] introduces and simulates a novel ion trap design specifically for vertical (3D) ion shuttling, which underlines the practical implementation of 3D spatial control over ions during quantum operations.
- These findings address both the experimental validation and technological design aspects for 3D ion shuttling, serving as milestones in building operational three-dimensional quantum computing systems.
Categories of papers
Timeline and citation network
Useful background information
In the context of routing or shuttling trapped ions in three dimensions for quantum computing, it is essential to understand the intricacies of ion trap design and the nuanced control of electromagnetic fields for precise ion positioning and movement. Key aspects include the mitigation of decoherence and anomalous heating during shuttling, which critically impacts quantum gate fidelity. Additionally, the ability to scale this 3D architecture while maintaining operational coherence and minimizing cross-talk between qubits is paramount for advancing quantum computation capabilities.