Google CEO Sundar Pichai shares big quantum computing achievement, Elon Musk comments on willow chip success

Sundar Pichai

Google CEO Sundar Pichai recently shared some exciting news about the company’s work in quantum computing, a type of super-powerful computer that can solve problems regular computers can’t. Google’s new Willow chip has achieved something called “verifiable quantum advantage,” which basically means it can do certain calculations thousands of times faster than traditional computers.

Pichai announced the breakthrough on social media, saying the chip’s new algorithm, called Quantum Echoes, allows it to tackle complex calculations quickly. This could eventually help in areas like designing new medicines or materials, because quantum computers can understand atomic-level interactions better than regular computers.

Elon Musk, CEO of Tesla, replied to Pichai’s post, writing: “Congrats. Looks like quantum computing is becoming relevant.” His comment shows that even top tech leaders are keeping a close eye on the potential of quantum computers.

Even though this is an important step, experts say it will still take a few years before quantum computers are useful for everyday tasks. Right now, most of the work is still experimental and for testing purposes. But Google’s success with the Willow chip is a clear sign that quantum computing is moving forward fast.

The achievement also highlights how the tech world is racing to explore and develop quantum technology. Companies like Google are not just trying to make faster computers — they are aiming to solve problems that were once thought impossible.

For now, most people won’t notice any difference in their daily computer use. But for scientists, researchers, and big tech companies, breakthroughs like this could eventually change the way we do everything from drug research to climate modeling.

Google’s announcement, paired with Musk’s recognition, shows that quantum computing is no longer just a concept for the future. It’s a field that’s actively growing, and we might see real-world applications sooner than many expected.