-Analysis-
TURIN — We must learn to recognize, with growing clarity, just how crucial space has become in shaping the new scenarios where human activity will evolve, both within and beyond the Earth’s atmosphere. We tend to think of this prospect as something far off in the future — yet the reality is that the path forward is already mapped out.
For the latest news & views from every corner of the world, Worldcrunch Today is the only truly international newsletter. Sign up here.
To truly grasp what it means to “go and live in space,” we need to start from the basics. Put simply, when we speak of a human or technological presence beyond Earth, whether satellites, space stations, or rovers, we are referring to three main destinations: Earth’s orbit, the Moon, and, in the case of probes and other equipment, the other planets in our Solar System, including missions that look even farther into the cosmos.
Claiming the ability to “go and remain in space” means having technologies advanced enough to achieve three essential goals: launching people and objects from Earth to their destinations; keeping them in proper operational condition for as long as needed; and performing actions in space that yield valuable scientific and technological results.
Space Economy
The success of these three stages — launch, maintenance, operation — depends on significant investments in research, innovation, and industrial development. But a question naturally arises: why invest in space when so many urgent challenges remain here on Earth? The answer is simple. Studying and living in space forces us to deal with extreme conditions that demand creative and highly advanced solutions. These solutions, in turn, find tangible applications back on Earth, improving daily life and the efficiency of our systems and processes.
Within this framework, the so-called Space Economy is emerging as a rapidly growing sector, including in Italy, where numerous highly specialized startups are rising alongside established industrial players. Some of these focus on what is known as the Space to Space concept, meaning new products and services designed for activities that will take place directly in space.
A lunar base is an extraordinary training ground for architecture, electronics, sociology, anthropology, economics, and communications.
Take, for instance, the design of a lunar base. It serves as an extraordinary training ground for interdisciplinary innovation, from architecture to ergonomics, from materials science to energy systems, from electronics to information technology, and even to fields like sociology, anthropology, economics, and communications. All disciplines working together toward a form of human progress that brings knowledge and technology into alignment.
Extreme conditions
Even more companies, however, are focusing on the Space to Earth sector, using space technologies and data to generate value here on Earth. Satellite observation, for example, has become essential for geo-referencing, precision agriculture, environmental monitoring, and emergency management during natural disasters.
Space is also an ideal laboratory for conducting research under extreme conditions, where materials, devices, plants, and pharmaceuticals can be tested in ways impossible on Earth. The results of these experiments lead to new insights and technologies that can then be applied at home, giving a competitive edge to the companies investing in this field.
In essence, investing in space means investing in cutting-edge innovation, the true engine of industrial competitiveness. For a country like Italy, where creativity and ingenuity are part of the national DNA, looking to space is not a distant dream but a strategic decision — a way to build, today, the future of human progress on Earth.
