jude green

  This report provides a comprehensive summary of significant advancements in the quantum computing industry in 2022. The report covers major technological routes (For example, superconducting qubits, ion traps, photonic qubits, neutral atoms, topology, silicon spin), software, algorithms, and cloud platforms, providing insights on how they have progressed over the year. It also analyzes the policies introduced by major countries supporting the development of quantum computing and the investment and financing landscape. In addition, for the first time, the report employs ICV's CTF model to evaluate quantum computing vendors, providing a thorough and in-depth analysis of industry players. The CTF model is a future technology evaluation model. The report concludes with a forward-looking perspective on the quantum computing industry for 2023 and beyond, drawing on the insights and views of ICV analysts.  The report provides valuable insights for decision-makers in the quantum com...

In 2021, we witnessed the rapid development of quantum computing and the advancement of quantum computing hardware technology. Global quantum computing entered the NISQ age at a rapid pace, and the superconducting qubit count hit 100 bits for the first time. Great efforts are being made to explore applications of quantum computing, with several technical routes in full bloom. With the United States and China taking the lead in global progress, quantum computing has seen a financing scale that surpasses the total amount of the past decade and a new trend towards listing financing in the same year. Currently, with the advancement of a new round of information technology and industrial revolutions, the data information amount is growing in each industry. Thus, how to improve computational power while reducing power consumption is a critical problem that every country must urgently solve. As pioneering technology in this context, quantum computing provides a subversive idea for solving thi...