Google quantum exec says tech is ‘5 years out from a real breakout'

Google quantum exec says tech is ‘5 years out from a real breakout'

  • 25.03.2025 22:12
  • nbcsandiego.com
  • Keywords: Quantum Computing, Artificial Intelligence

Google's quantum computing executive predicts a breakthrough in five years, with potential uses including advanced physics simulations and generating data for AI. Current AI models can't run on quantum computers, but future applications may unlock new possibilities.

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Estimated market influence

Google

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Analyst rating: N/A

Google announced a breakthrough in error correction, suggesting a path to working quantum computers.

Nvidia

Nvidia

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Analyst rating: Strong buy

Nvidia held a Quantum Day event with leading quantum companies and Microsoft discussing the potential of the technology.

Context

Analysis and Summary: Google Quantum Executive Insights on Breakout Applications

Breakout Timeline

  • Google's Julian Kelly predicts quantum computers are 5 years away from running practical applications that classical computers cannot solve.

Applications of Quantum Computing

  • Cutting-edge physics simulations: Quantum computers may tackle systems beyond the reach of classical computers.
  • AI data generation: Potential to create novel data for AI training, though this use case is still speculative.

Industry Dynamics

  • Nvidia's role: Despite not making quantum processors, Nvidia has gained attention with its AI chips and hosted a Quantum Day event featuring leading quantum companies and Microsoft.
  • Huang's comments: Nvidia CEO Jensen Huang expressed skepticism about near-term quantum computing viability but later softened his stance, acknowledging the technology's potential while noting its complexity.

Long-Term Considerations

  • Quantum computing could revolutionize industries like finance, healthcare, and logistics, though significant technical challenges remain.
  • The field is still in early stages, with breakthroughs like Google's error correction in December signaling progress toward functional quantum computers.