Dr. Rachel Ellis
Chief Quantum Scientist
Pioneering quantum error correction and theoretical quantum computing advancements at the forefront of quantum research.
Chief Quantum Scientist
Pioneering quantum error correction and theoretical quantum computing advancements at the forefront of quantum research.
Specializing in theoretical foundations of quantum computing including error correction and quantum information theory.
Developing next-generation error correction algorithms to maintain quantum coherence in large-scale qubit systems.
Leading quantum error correction research with breakthroughs in topological qubit stabilization techniques.
Published foundational work on topological error correction. Developed new methods for fault-tolerant quantum computing.
Conducted early-stage quantum error correction experiments. Authored over 50 peer-reviewed physics papers.
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