Experiment - Ion Trap Quantum Computation

Robust FM 2-Qubit Gate For Ion Traps - Posted to ArXiv

We have developed a novel method for optimizing two-qubit gate in a trapped ion chain by frequency modulation. The method has been experimentally demonstrated in Chris Monroe's group at JQI and shown to have ~98% fidelity and robust against frequency errors over 1kHz in a 5-ion trap. The paper is now on the arXiv: 1708.08039

EURIQA : Trapped ion logical qubit

EURIQA: Error-corrected Universal Reconfigurable Ion-trap Quantum Archetype

Experimental implementation of Bernstein-Vazirani algorithm posted to the arXiv

The Quantum Systems Group at GTRI have demonstrated the Bernstein-Vazirani algorithm in a surface electrode trap.  The Brown lab provided theoretical support for the project. The paper is now posted on the arXiv.

Co-designing an ion trap quantum computer

New paper posted to the arXiv with Chris Monroe and Jungsang Kim on applications and designs of ion trap quantum computers.

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