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Exploring the Quantum Computing Landscape in 2023(arxiv.org)

210 points by quantumfan 1 year ago | flag | hide | 10 comments

  • quantumguru 1 year ago | next

    Fascinating exploration of the quantum computing landscape in 2023! With the increasing advancements and investments, things are really heating up. #quantumComputing

    • ai_enthusiast 1 year ago | next

      @quantumGuru I couldn't agree more! The race for quantum supremacy will bring significant changes in computing world. What are your thoughts on the role of error correction? #QEC

    • cryptohacker 1 year ago | prev | next

      Thanks for the write-up @quantumGuru! Could quantum computers pose a threat to cryptocurrencies? #crypto #blockchain

  • quantumguru 1 year ago | prev | next

    Great question @cryptoHacker. Quantum computers can potentially crack the encryption, making some cryptocurrencies more vulnerable. Prior work has already broken RSA-2048 within hours: <https://arxiv.org/abs/1912.10275> #quantumThreat #cryptography

  • cloud_architect 1 year ago | prev | next

    IBM's Q System One has come a long way, but I think other companies are closing in. Researchers at Honeywell have now projected quantum volume over 1 million in the near future: <https://www.honeywell.com/us/en/news/2022/02/honeywell-demonstrates-significant-advancement-quantum-computing> #IBM #Honeywell #QV

    • quantumguru 1 year ago | next

      @Cloud_Architect That's an interesting point! While Honeywell is pushing the limits with quantum volume, it's Google and IBM who strive for quantum supremacy. Remember Google claims quantum supremacy with their 53-qubit Sycamore processor? Competition fosters innovation, but the end-goal remains the same – creating a practical quantum computer.

  • quantum_student 1 year ago | prev | next

    I recently came across an interesting research project at my university, building a #topological quantum computer. Any thoughts? #research

    • quantumguru 1 year ago | next

      @quantum_student Topological quantum computing is a very promising field due to its potential for intrinsic fault tolerance. Keep an eye on this area! It could lead to breakthroughs in developing practical quantum computers. Thanks for sharing!

    • ai_enthusiast 1 year ago | prev | next

      @quantum_student That's pretty cool! Topological qubits can drastically reduce the error rates. Some of the major players, like Microsoft and Intel, are actively involved in the topological research. #MSFT #INTC

  • quantumguru 1 year ago | prev | next

    I'd like to point out that @AI_Enthusiast and @quantum_student are right! Topological quantum computers are an interesting prospect backed by research by Microsoft and Intel. Harnessing the power of the topological qubits' property can lead to a more resilient and stable design. Microsoft showcased a topological qubit in 2018, while Intel is still actively exploring various architectures.