Quantum computer systems promise to succeed in speeds and efficiencies not possible for even the quickest supercomputers of right now. But the expertise hasn’t seen a lot scale-up and commercialization largely as a consequence of its incapability to self-correct. Quantum computer systems, not like classical ones, can’t appropriate errors by copying encoded information time and again. Scientists needed to discover one other approach. Now, a brand new paper in Nature illustrates a Harvard quantum computing platform’s potential to unravel the longstanding downside referred to as quantum error correction.