IBM and University of Chicago Achieve Quantum Computing Breakthrough Advancing Toward 200‑Qubit Goal

IBM and University of Chicago announced a breakthrough that demonstrated a new error‑correction protocol on a superconducting qubit array, increasing coherence time by a measurable margin, significantly. The result was published in a peer‑reviewed journal and cited as a step toward scalable quantum processors.

IBM outlined its roadmap to build a 200‑logical‑qubit processor by 2029, stating that the recent breakthrough shortens the timeline for reaching commercially useful quantum advantage. The company said the target will rely on modular chip design and improved cryogenic control electronics.

President Trump signed executive orders directing federal agencies to fund research aimed at delivering a commercially relevant quantum computer by 2028, echoing the industry's push for practical applications in materials science and cryptography. The orders allocate additional grants to university‑industry collaborations like the IBM‑Chicago project.