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What is one of the best quantum computing stocks to own for the next 10 years? - MSN

Google News – Quantum Computing
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⚡ Quantum Brief
IBM leads quantum computing with a $1B milestone in contracts, partnering with corporations, startups, and academia to drive commercial viability by 2026. The company targets 2026 to demonstrate "quantum advantage"—quantum-classical hybrid systems solving real-world scientific problems faster than classical computers alone. IBM’s roadmap includes a fault-tolerant quantum computer by 2029 and scalable qubit systems by 2033, with its 120-qubit Nighthawk processor as a key stepping stone. Potential applications span drug discovery, cybersecurity, AI, and logistics, though error correction remains a critical hurdle for widespread adoption. Unlike pure-play startups, IBM’s financial stability and decades-long R&D make it the safest long-term investment in quantum computing.
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Quantum News · Media Library

Quantum computing, which leverages the probabilistic nature of quantum physics to accelerate certain types of computations exponentially, may be the next major technological revolution. While quantum computers aren't commercially useful today, a multitude of companies are aggressively pursuing that goal. Image source: Getty Images. Over the next decade, it's possible that quantum computers will be successfully applied to real-world applications as researchers continue to address outstanding challenges, such as error correction. Materials science, logistics, drug discovery, finance, cybersecurity, and artificial intelligence are some areas where quantum computing can potentially have a significant impact. While there could be multiple winners, International Business Machines (IBM 1.92%) is the best quantum computing stock to own. The march toward useful quantum computers Earlier this year, IBM disclosed that it was nearing $1 billion in cumulative signings related to quantum computing. The tech giant works with hundreds of partners, including established companies, start-ups, and academic institutions, as it drives toward commercially viable quantum computing. In 2026, IBM plans to demonstrate a clear example of quantum advantage, where a quantum computer paired with traditional computing techniques accelerates real-world scientific computations. The company then expects to develop the first fault-tolerant quantum computer by 2029. At that point, the name of the game will be scaling up a useful number of quantum bits, which IBM anticipates will occur in 2033 and beyond. In November, IBM announced its new Nighthawk quantum processor, which pairs 120 qubits with 218 tunable couplers. Nighthawk will be iterated over the next few years and will play a starring role in the company's plan to demonstrate quantum advantage.Advertisement CollapseNYSE: IBMInternational Business MachinesToday's Change(-1.92%) $-5.81Current Price$296.24IBMYTD1w1m3m6m1y5yPriceVS S&PKey Data PointsMarket Cap$277BDay's Range$295.92 - $302.3652wk Range$214.50 - $324.90Volume296Avg Vol4.8MGross Margin57.22%Dividend Yield2.27% Pure-play quantum computing companies will need to continually raise funding to sustain operations over the next decade. IBM doesn't have that problem. With a clear roadmap and a long track record of quantum innovations, IBM is an easy choice.

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Source: Google News – Quantum Computing

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