In a groundbreaking development, Google has introduced its latest quantum chip, Willow, which the tech giant claims operates in ways previously thought impossible due to longstanding challenges in quantum computing.
In a recent blog post, Google highlighted one of the core issues in the field: qubits, the fundamental units of quantum computing, tend to exchange information with their environment rapidly. This interaction complicates the ability to perform stable computations. Historically, increasing the number of qubits has also led to a rise in computational errors.
Google’s research team concentrated on quantum error correction to tackle this challenge. Remarkably, they reported that they have significantly reduced error rates despite using more qubits. “Our findings indicate that as we increase the number of qubits in Willow, the errors decrease, enhancing the system’s quantum capability,” the company noted. Notably, Willow operates with 105 qubits.
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The most attention-grabbing claim from Google pertains to Willow’s computational power, and it completed a task in under five minutes that, according to Google, would take one of today’s fastest supercomputers an astonishing 10^25 years, or 10 septillion years. While Google described this outcome as “mind-boggling,” it clarified that the experiment only compares performance against classical computers and has no known real-world applications.
The Importance of This Technology
As refinements in artificial intelligence (AI) accelerate, the excitement surrounding Willow suggests that we may witness even more significant breakthroughs in coming years. Additionally, the development of quantum technology is likely to capture the interest of governments worldwide as tangible results begin to emerge.
Countries, including India, are already taking note of the quantum computing advancements. In October 2024, the U.S. and India announced a joint initiative, granting $2 million for collaborative research projects aimed at enhancing artificial intelligence and quantum technologies. Seventeen pairs of researchers have been awarded these grants, which are facilitated through the U.S.-India Science and Technology Endowment Fund (IUSSTF).
India has also launched a National Quantum Mission in 2023, backed by a budget of Rs. 6000 crore. This initiative is set to focus on areas such as communication, healthcare, finance, and energy, with specific applications in drug design, space exploration, banking, and security.
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