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Google is looking to the future in its work in quantum computing, a next-generation computing architecture that follows quantum rules rather than classical mechanics. This allows for the storage and processing of imaginable density data, which opens up some possibilities for game change for future computing as we know it.
Tuesday Google I / O event, the search giant announced its new Quantum AI Campus Convention Center in Santa Barbara, California. The campus will feature Google’s start-up quantum data center, quantum hardware research labs, and quantum processor chip manufacturing facilities.
At the facility, Google says it has a team working to build a useful, bug-fixed quantum computer for the world it hopes “Accelerate solutions to some of the world’s most pressing problems, such as sustainable energy and reduced emissions to feed the world’s growing population, and unlock new scientific discoveries, such as more useful artificial intelligence.”
Quantum dream
Because meaningful quantum computing — at least at the level that its proponents are striving for — is still the way away, Google’s I / O demo was more about the infrastructure it builds on its Quantum AI campus than a demonstration of the practical applications achieved so far. This was attended by actor Michael Peña, who introduced the new facility to Eric Lucero, Google’s leading quantum engineer.
Among other things, Lucero showed Peña Google’s qubit refrigerator. He also gave an idea of where Google is on the path to building an error-corrected quantum computer by literally describing its engineers at the beginning of a winding path to a giant mountain, the top of which represents a error-corrected quantum computer. In other words, Google sets expectations to a realistic level.
Google is not far from studying quantum computing alone. Microsoft and IBM have gained a significant presence in this field, just to mention two major players operating in this field. However, Google’s work on the domain cannot be underestimated given the huge resources available to the technical giant. While we’re still a long way from meaningful quantum computing, expect to hear a lot more quantum-related updates from Google in the coming months, years, and probably decades.
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