I admit up front that I am not an expert in quantum computing. However, over the last two years, I have gained a deeper understanding of this technology through various educational seminars and direct one-to-one sessions through IBM, Google, Microsoft, Intel, and others. These sessions helped analysts like myself come up to speed on the technology, its impact, and its future role in computing. Quantum computing promises to disrupt everything from healthcare to finance to scientific research — but only if it can overcome the significant hurdles that have kept it out of the mainstream. Earlier this week, Google unveiled its latest quantum processor, Willow. This chip represents a giant leap forward in the field. Based on its specs and capabilities, Willow could be the breakthrough that transforms quantum computing from technical curiosity to a practical tool. To put it in perspective, Willow’s computational power is staggering. It can solve a complex calculation in under five minutes, taking the fastest classical supercomputer around ten septillion years to complete. Yes, septillion — as in a one followed by 24 zeros. This astounding feat demonstrates the immense potential of quantum technology. But what makes Willow even more important is how it addresses one of quantum computing’s most persistent challenges: error rates.

Full opinion : Why Google’s Quantum Computer Chip Willow Is A Game Changer.