Building Scalable Quantum Computers from Arrays of Neutral Atoms

Building scalable quantum computers from arrays of neutral atoms

Krish Kotru, Quantum Engineering Manager

Arrays of neutral atoms have emerged as a more promising platform for scalable quantum computation due to the rapid advancements in optical trapping and controlling of individually trapped atoms. Krish discusses the technology enabling the assembly of such arrays and recent results demonstrating parallel coherent control and world-record coherence times. He also surveys ongoing work demonstrating interactions between atoms in Rydberg states that enable high-quality two qubit gates.