Microsoft's Majorana 1: Quantum Leap to a Million Qubits

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Microsoft's new Majorana 1 chip works with matter beyond solid, liquid, and gas - powering next-level quantum computing abilities.

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The secret lies in special 'topological qubits' that keep quantum data stable longer than any existing system.

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After 20 years in the lab, Microsoft combined indium arsenide and aluminum to create this stable quantum processor.

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While regular quantum computers lose data when measured, Majorana 1 keeps information intact and readable.

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From fixing cracked bridges to destroying microplastics - this chip could solve problems that stump today's supercomputers.

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Microsoft's tiny 8-qubit system aims to grow to 1 million qubits, all fitting in the palm of your hand.

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Two tech giants clash: Google's 5-minute quantum calculation would take regular computers billions of years.

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Money flows into quantum race: China puts up $15.2 billion while EU commits $7.2 billion.

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Harvard backs the tech's potential, but Caltech experts want more proof it works as claimed.

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The clock ticks on quantum computing: Microsoft predicts real solutions in years, not decades.

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