IBM has produced two quantum computing systems to meet its 2023 roadmap, one based on a chip named Condor, which at 1,121 functioning qubits is the largest transmon-based quantum processor released to date. Transmon-based chips use a type of superconducting qubit that is more error-resistant than typical qubits, which are notoriously unstable. The second IBM system uses three Heron chips, each with 133 qubits. The more modestly scaled Heron and its successor, Flamingo, play a vital role in IBM’s quantum plan, which boasts major progress as a result of these developments. Continue reading IBM Announces Significant Advances in Quantum Computing

The University of Chicago and partners launched the first U.S. program to support quantum-tech startups. University of Chicago physicist and molecular engineer professor David Awschalom, who helped create the Duality accelerator, said, “we are at the birth of a new field of technology … at the point where the transistor is being invented.” Chicago is home to three of the eight federally funded quantum research centers founded in 2020. The University of Toronto has also unveiled a program to support quantum-tech startups. Continue reading University of Chicago Debuts First U.S. Quantum Accelerator