阿列克謝·基塔耶夫
拓撲量子計算
實現(xiàn)實用的量子計算機需要在硬件和軟件方面都取得突破。
Understanding the fundamental limits of quantum computation is crucial for its future development.
理解量子計算的基本限制對其未來發(fā)展至關重要。
The interplay between quantum mechanics and information theory is at the heart of quantum computing.
The interplay between quantum mechanics and information theory is at the heart of quantum computing.
量子力學和信息理論之間的相互作用是量子計算的核心。
Topological quantum computing offers a promising path to fault-tolerant quantum computation.
拓撲量子計算為容錯量子計算提供了一條有前途的路徑。
The key to advancing quantum computing lies in the development of robust quantum algorithms and error-correcting codes.
推進量子計算的關鍵在于開發(fā)強大的量子算法和糾錯碼。
Quantum error correction is not just a theoretical concept; it is a practical necessity for building scalable quantum computers.
量子糾錯不僅僅是一個理論概念；它是構(gòu)建可擴展量子計算機的實際需求。
The most exciting aspect of quantum computing is the potential to solve problems that are currently intractable for classical computers.
量子計算最令人興奮的方面是它有可能解決目前經(jīng)典計算機無法解決的問題。
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