I can provide some general insights based on the trends and goals of quantum computing companies up until that time.
Setting qubit records has been an important aspect of quantum computing research and development, as it demonstrates advancements in hardware capabilities and showcases the potential of quantum systems. Achieving higher qubit counts and longer coherence times has been a key focus for many companies.
That said, there is also a growing recognition among quantum computing companies that practical hardware and long-term goals are crucial for the widespread adoption and commercialization of quantum technologies. Merely achieving larger qubit counts does not guarantee practical usability, as there are several challenges to overcome, such as error correction, noise reduction, and scalability.
In recent years, there has been a shift towards balancing the pursuit of qubit records with the development of more practical and reliable quantum computing systems. Companies are investing in research and engineering efforts to improve error rates, enhance qubit connectivity, and develop error correction techniques. They are also focusing on creating more robust and stable quantum hardware that can operate effectively in real-world conditions.
Additionally, companies are exploring various approaches to quantum computing, such as trapped ions, superconducting qubits, topological qubits, and others. Each approach has its own advantages and challenges, and companies are actively working on optimizing their chosen technologies for practical applications.
Overall, while qubit records are still significant in demonstrating progress, quantum computing companies are increasingly emphasizing the development of practical hardware and long-term goals to make quantum computers more useful and accessible to a broader range of applications.