Kuaikeji, May 29 - Media sources report that IBM unveiled its plans on Thursday (local time) to allocate over $10 billion to quantum computing endeavors within the next five years. This strategic move aims to expedite its presence in this avant-garde domain, with the ambitious objective of constructing the world's inaugural large-scale, error-corrected quantum computer. This computer will be capable of reliably executing intricate computational tasks by 2029.

As of now, IBM has already deployed over 90 quantum computing systems, a figure that surpasses the combined total of all other industry players.

Concurrently, the U.S. Department of Commerce has declared its intention to furnish a total of $2 billion in funding to nine quantum computing firms. These transactions encompass provisions enabling the U.S. government to acquire equity stakes. Notably, industry titan IBM is set to receive $1 billion, representing half of the total funding sum.

In line with its strategy, IBM will establish a new entity named 'Anderon', specializing in the production of quantum computing chips. The allocated funds will be utilized to construct the inaugural U.S. facility dedicated to quantum chip manufacturing, situated in New Albany, New York. IBM officials have subsequently verified this development.

The underlying rationale for the substantial U.S. investment in quantum computing stems from its strategic imperatives in the realm of great power competition. Industry experts opine that the fusion of quantum computing with AI technology holds the potential to substantially augment research efficiency, thereby assuming a paramount strategic significance for the U.S. in terms of both economic and national security.

Furthermore, the '2025 Quantum Index Report', jointly issued by MIT and Accenture, reveals that China's proportion of global quantum technology patent applications has surged from 42% in 2014 to 60% in 2024. This figure significantly outstrips the U.S.'s 19%, thereby cementing China's dominant position in absolute patent counts.

Relevant statistics indicate that quantum technology can be broadly categorized into three principal domains: quantum computing, quantum communication, and quantum precision measurement. The '15th Five-Year Plan' outline accords quantum technology a prominent status in the cultivation of future industries, underscoring its strategic significance.

In the specific realm of quantum computing, China currently adopts a centralized, state-driven approach, in contrast to the U.S. model, which is more enterprise-centric and competitively diverse. While notable strides have been made in fundamental theory, application-level accomplishments are also abundant. The industry is transitioning from the research and development phase to an accelerated engineering stage, initially establishing a virtuous cycle wherein 'scientific and technological achievements feedback into the industrial ecosystem'.