CORDIS Project
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This project aims to develop high-fidelity quantum gates using qubits in the hyperfine states of trapped calcium ions. By utilizing magnetic field insensitive states, the research seeks to enhance quantum computation through reduced decoherence and improved error correction techniques.
We propose to create high fidelity quantum gates using qubits encoded in the hyperfine states of 43Ca+ trapped in a linear Paul trap.
The use of magnetic field insensitive (m=0) states drastically decreases decoherence due to stray magnetic fields.
We will investigate a number of entangling gates and set up simple error correction schemes.
In particular, we plan to implement a number of quantum gates that rely on collective laser excitation of the ions.
For this 43Ca+ offers the opportunity to u…
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