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IBM finalized a $1 billion award from the Commerce Department to build a facility called Anderon, which will be the first stand-alone foundry in the U.S. dedicated to quantum chips. Quantum computing uses advanced physics to solve problems too complex for today's most powerful computers, and a foundry is a specialized factory that manufactures these high-tech components.

This deal cements the company's role as a primary partner for the U.S. government in developing next-generation computing. While quantum technology is still in the research and development phase, building the infrastructure to manufacture these chips at scale gives IBM a head start in an industry that could eventually handle the world's most difficult data and security tasks.

Source: Barrons

IBM, Accenture, and Deloitte have collectively paid roughly $63 million to settle claims that their hiring and promotion practices were discriminatory. The allegations stem from policies enacted during the previous administration. While the total settlement across the industry is notable, the financial impact on IBM specifically is small relative to its multi-billion dollar consulting business. This resolves a lingering legal matter and is unlikely to change the company's long-term outlook or its ability to win new contracts.

A research team including IBM and the Cleveland Clinic has been named a finalist for the Gordon Bell Prize, a top honor in high-performance computing. The group used a mix of quantum and traditional computers to model a protein made of more than 12,000 atoms, the largest simulation of its kind ever done on a quantum system.

While quantum computing is still in its early stages, this shows it is moving toward solving real-world problems in the life sciences. For a long-term owner, this is a sign that IBM's heavy spending on quantum technology is producing practical results that could eventually lead to new revenue from drug discovery and medical research.

Source: PRNewsWire

IBM and Lockheed Martin are opening a quantum innovation hub at ETH Zurich, which will house an IBM Quantum System Two. This is the first time an IBM quantum computer, a machine that uses advanced physics to solve problems too complex for regular computers, has been installed in Switzerland.

This move strengthens IBM's position in the race to make quantum computing a practical tool for businesses. By placing hardware directly in a major European research center, IBM is building the ecosystem of experts and software it needs to eventually turn this experimental technology into a meaningful source of revenue.

Source: PRNewsWire

IBM and NASA have released a new artificial intelligence model designed to map the moon's surface using decades of observation data. The tool is open-source, meaning the wider scientific community can use and improve the code to help plan for a long-term human presence on the moon. While this is a high-profile partnership, it is more about research and brand prestige than immediate profit. For a long-term owner, the value here is in seeing IBM's AI technology applied to massive, complex data sets, which helps prove the software's capability to potential corporate clients.

Source: Reuters

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