France’s defense-acquisition department is investing over €500 million into five homegrown quantum computing startups including Alice & Bob, C12, Pasqal, Quandela, and Quobly.
The main objective of these companies is to create two universal quantum computer models by 2032.
This project, backed by President Emmanuel Macron, comes as part of the nation’s continued commitment to advancing in quantum technology and strengthening its global standing in the field.
However, some critics express concerns about the amount of funding provided, questioning if it’s enough to compete with quantum technology leaders such as the US and China.
On the flip side, others praise France’s active role in this innovative field, claiming it will foster scientific breakthroughs and economic benefits such as new jobs and industry partnerships.
With global trends showing countries pouring investments into quantum technology, despite the risks, France is seen following suit.
As these investments continue, it is expected to spark advancements in various sectors, including defense, healthcare, and telecommunications.
A suggested course of action includes increasing investments and promoting collaborations with research institutions and private companies worldwide to boost France’s standing in the field.
Furthermore, France’s Ministry of Armed Forces asserts that quantum technology will play a crucial role in national defense. The applications span from cryptography, communications, materials development, to information transmission, and navigation.
This stance indicates a future emphasis on developing quantum technologies, potentially increasing funding for research in these sectors.
France’s Defense Digital Agency (AND) will spearhead the development of quantum computer models. This move follows France’s earlier announcement to establish a hybrid network of conventional and quantum computing systems.
This decision positions the startups to prove their worth in a competitive atmosphere, and in turn, increasing the chances for innovative solutions.
Besides, a phased approach allows these startups to gradually adapt their products to the military environment based on ongoing feedback.
After four years, the top three projects will be selected to develop scalable logical qubits, and after eight years, two technologies will be selected for commercial systems aiming for 2,048 qubits.
Ultimately, this comprehensive strategy not only fosters tech development but also minimizes risks associated with early-stage investment, thereby nurturing entrepreneurship and domestic talent.
