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Researchers “reprogram” materials by quickly rearranging their atoms : MIT researchers developed a way to precisely move columns of individual atoms within a ...
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Quantum physics in the laboratory – How researchers capture atoms: How researchers capture atoms
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Key FactsQuantum Computers: Promise Despite Fragile Qubits
Dec 12, 2025 · Reading time: ~45 sec.
Summary created with AI assistance · Source: nist.gov
  • Quantum computers use qubits that can exist in superpositions and become entangled with one another, rather than classical bits.

  • The most advanced quantum computers currently have hundreds of interconnected qubits and make an error roughly once in every thousand operations.

  • Scientists hope for applications in molecular and materials simulations, complex optimization problems and analysis of encrypted data, but most remain years or decades away.

  • The article says a quantum computer running Shor’s code-breaking algorithm might require millions of qubits operating error-free indefinitely, while today’s systems mainly serve research and testing purposes.
  • "It seems to me we're just on the threshold of quantum systems doing genuinely new simulations that we can't do classically," says Glancy. "It might inspire a revolution in physics. In my opinion that is a good reason to build a quantum computer."— Scott Glancy, a physicist at NIST, quoted in the NIST article Quantum Computing Explained
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