Quantum computers are starting to move from the fringe of what was only theoretically possible at the center of a new technological border of geopolitical competition. Silicon Valley has unveiled revolutionary progress in recent months, with Microsoft, Amazon Web Services and Google, all announcing new quantum computer flea. Despite potentially accelerated schedules of the years of achieving an effective and evolutionary quantum computer, the harsh reality is that theorists and developers are still far from this hopeful target.
Meanwhile, the United States and China recognize the potential revolutionary scope that these computers will introduce. The two countries found themselves in another high -challenged technological competition which is rooted in the fear of being left behind and paranoia of the other’s intentions.
NVIDIA CEO Jensen Huang sent quantum companies colored by stock exchange in January when he said he thought that quantum computers were probably up to two decades.
Jensen’s comments seemed counter-intuitive in the light of the still warm titles of the press manufactured by giants of great technology. Inside the quantum “bubble”, optimism is contagious and new announcements are accompanied by a renewed media threw.
However, there is more closely the developments of quantum chips carried out by these cutting -edge companies have not yet demonstrated the applicability of the real world. There are not yet convincing evidence that these chips can really be used in quantum computers.
Since its release in February, Microsoft’s Majorana 1 chip has been criticized by experts in the Quantum field, who say that there is not yet proof, for the moment, that the chip can fulfill the quantum functions which it is announced to be able. Amazon’s Ocelot chip is certainly only a prototype and probably behind the competing quantum chip efforts. And the Google willow chip, despite having completed a function that would take a classic 10 Septillion computer to crack, has resolved a calculation that has no real applications.
The only real consensus that exists at the moment is that the needle is getting closer to the target, but by the quantity exactly of the unknown quantity.
These press releases further fuel the scientific competition between the United States and China. Like the Chinese firm Deepseek rocked the landscape of artificial intelligence with their new AI model, the great quantum announcements scares Chinese stakeholders in their efforts to keep the pace of the United States. China, which houses Jian-Wei Pan, the “father of quantum computer science”, has also become the subject of American targeted export controls on the identified material components necessary to build quantum computers. Like semiconductors, quantum computers are becoming more and more a focal point of discord. From the point of view of the United States, it is feared that without rigorous export controls, Chinese quantum advances can equip national security risks.
This technological race creates an environment of suspicion and secret, and consequently, there are growing restrictions on opportunities to engage in more cooperative way.
Back from a recent trip to China, I first had the effects of this tension. One of my colleagues in Beijing organized a face to face meeting for me with a representative of the Chinese government. The meeting was organized at the end of Sunday evening in an unmarked residential building in the north of Beijing. Request to travel via a public taxi and arrive alone, I couldn’t help but ask myself why this meeting was disguised with such an unusual amount of secrets and discretion. Sitting in a window without windows, the government officials with whom I spoke used pseudonyms, insisted that the meeting was outside the file and prohibited any electronic or writing utensil to be even in the same room. Why was there such an unusual quantity of secret during our meeting that night, I believe, can only be explained with the psychology of risks of broader geopolitical tensions between the two superpowers.
Although technological competition and armament races are not a new concept in global policy, there are many aspects of the Chinese American race which prove to be unique, the least of which is not the economic dependence they have towards each other.
But quantum computers are a class of technology that is still only on the horizon; Their role in today’s world is mainly theoretical. There is undoubtedly a window of opportunity to create a framework for cooperative standards before the field turns into a conflict similar to a “flea war”, referring to Chris Miller’s bestseller on semiconductors. These executives have already been used, especially with efforts to curb fentanyl and agreements to act on common threats, such as climate change.
The obstacles to cooperation will exist in the fields of quantum computer science which involve national security and defense, such as cryptography. But given the wide range of beneficial applications that quantum computers are ready to offer society, cooperative executives should be negotiated and settled to advance research in the fields of medicine, agriculture, climate, etc.
Do not do so risks climbing the trend continues to lock the two countries in contradictory positions despite the longevity of the quantum computer chronology. This will probably suffocate the global innovation potential and reduce responsible regulations for the United States and China. In the same way, intense competition can stimulate innovation, of course, but it should not only be justified by the popular public account that the United States and China face conflicts on a larger scale.