In our daily lives, robots are silent companions, present in factories, homes, and even hospitals. From robust and powerful industrial robots to small household assistants, robotics technology is constantly evolving to meet diverse human needs. So, what will be the next revolution? The so-called soft robotics.

The term "microplastic" was coined by Richard Thompson and refers to plastic particles smaller than 5 mm. This definition was chosen because these particles are visible under a microscope, requiring detailed observation to identify them. But where do these microplastics come from, and what materials are they made of?

The complexity of natural mechanisms represents one of the most intriguing and challenging issues to tackle. A fascinating mystery lies in how natural systems manage to be so resilient. How do they maintain stable behaviors and fundamental properties essential for survival despite vast environmental variations and the uncertainty of the contexts in which they operate?

The transition from fossil fuels is still ongoing, with oil and gas accounting for 80% of global energy consumption. To reduce emissions from offshore production, solutions like floating wind farms are being adopted, but their intermittency presents technical challenges.

Imagine a world where scientific research no longer depends on the sacrifice of animals but draws its strength from nature itself. This is the goal of Algify, a startup born at the University of Trento. Emerging from the synergy of innovative genius and the power of nature, Algify uses specific compounds extracted from brown algae (known as "alginates") to revolutionize biomedical research.

Plant Microbial Fuel Cells (PMFC) harness soil bacteria to generate sustainable energy, eliminating the need for batteries. This innovative technology, developed by an Italian team, is designed to power sensors and electronic devices in the Internet of Things, reducing waste and pollution.

In many sectors, innovation depends on a continuous search for novelty. This requires collaborative efforts between individuals and the interaction of individual and collective creativity. In this sense, innovation represents an “organized and organizational activity” that involves collective and collaborative forms.

It is estimated that industrial robotics devices have increased by about 16% annually since 2010, with 60% of industries expected to employ them by 2025. Today, robotics applications range from rehabilitation to precision agriculture, from assisting vulnerable individuals to handling delicate items.

Compared to 30 years ago, road safety has improved due to mandatory seatbelt use and technological advancements in vehicles, leading to a reduction in accidents. Autonomous vehicles powered by artificial intelligence could reduce accidents from 20 per hour to fewer than 2 per day across Europe, saving millions of lives each year.