The study reveals that most startups in sectors such as photonics and quantum technologies emerge directly from the academic environment, reinforcing the role of scientific research as a driver of innovation and value creation in Europe.
A driver of innovation and economic growth.
The report highlights that European science spin-offs have reached a combined value of nearly $398 billion and have generated more than 167,000 jobs in over 7,300 companies.
Within this ecosystem, photonics plays a fundamental role by enabling advances in multiple industries, from telecommunications and artificial intelligence to medicine, automotive, and advanced computing.
Furthermore, photonics is at the heart of the next generation of technological infrastructures, especially in areas such as data centers and high-performance computing, where it allows for increased data transmission speeds and reduced energy consumption.
Technology Transfer: From Laboratories to the Market.
One of the most relevant aspects of the report is Europe's growing capacity to transform research into high-impact technology companies. Photonics stands out as one of the fields where this transfer is most effective, thanks to its strong scientific foundation and broad application potential.
European universities and research centers are leading the way in creating spin-offs in this area, driving technologies that not only generate economic value but also strengthen the continent's technological sovereignty.
A key technology for European competitiveness:
The rise of photonics responds to the need to develop more efficient, sustainable, and scalable solutions. From advanced sensors to photonic chips, this technology enables disruptive advances in strategic sectors.
In an increasingly competitive global context, the report underscores the importance of strengthening investment and institutional support to ensure that Europe can scale these innovations and retain their value within the continent, especially in the face of international competition.
Looking to the future
, the growth of photonics and other deep tech technologies reflects a clear trend: science-based innovation will be crucial for economic development and technological security in the coming decades.
In this context, photonics represents not only an industrial opportunity but also a key element for addressing global challenges such as digitalization, the energy transition, and the development of new technological capabilities.
