South Korea and France Form Quantum Computing Alliance
Paris summit links Korean industrial scale with French photonic tech to build a joint quantum ecosystem.
Key points
- South Korea and France are uniting to combine Korean industrial scale with French quantum research expertise.
- Quandela uses photonic technology, manipulating light particles through microscopic chip channels for computation.
- The alliance includes an 80 billion won investment and partnerships with major Korean universities and tech firms.
South Korean President Lee Jae Myung and French President Emmanuel Macron hosted a strategic summit in Paris to solidify a partnership in quantum computing. The meeting, held at the Élysée Palace, brought together leaders from flagship companies in both nations to coordinate efforts in a field viewed as critical for future technological leadership.
Nicolo Somaschi, CEO of French quantum firm Quandela, emphasized that this collaboration allows countries outside the United States to secure a competitive edge. He noted that President Macron views South Korea as a primary partner for this initiative, aiming to combine French research expertise with Korean industrial capacity to lead the global market.
Combining research strength with industrial scale
The partnership leverages complementary strengths between the two nations. France possesses deep scientific knowledge but lacks the massive manufacturing infrastructure required for large-scale production. Conversely, South Korea has robust industrial capabilities but is still developing its core quantum technologies. By merging these assets, the alliance aims to move beyond competition and establish a dominant position in the global quantum sector.
Specific Korean entities are identified as key partners in this ecosystem. Samsung Electronics is slated to contribute its semiconductor expertise, while LG Innotek will supply optoelectronic components. Naver is positioned to provide cloud services, and domestic software firm Qunova Computing will help bridge quantum hardware with practical industrial applications in fields like pharmaceuticals and finance.
Photonic chips drive the core technology
Quandela’s approach relies on photonic quantum computing, which uses particles of light rather than electrons to process information. The technology involves generating individual photons via lasers and directing them through microscopic channels on a chip to create quantum states. Somaschi highlights that light is the fastest entity in the universe, making this method potentially superior for high-speed calculations and connecting multiple processors efficiently.
Existing investments and research agreements
Collaboration between the two countries is already underway with significant financial commitments. Last year, Quandela signed an investment agreement worth approximately 80 billion Korean won with the Seoul government. In April, the company also established partnerships with major Korean research institutions, including KAIST, KRISS, and Seoul National University, to advance the research and manufacturing of photonic quantum computers using local semiconductor infrastructure.
As reported by chosun.com, the urgency of this timeline is compared to the rise of artificial intelligence. Somaschi warns that the current state of quantum computing resembles AI a decade before the emergence of generative models like ChatGPT. He argues that without immediate acceleration, nations risk becoming latecomers who must scramble to catch up, rather than first-movers defining the industry standards.
