Additive Manufacturing: innovation and applications in metallic materials
Unlike traditional subtractive machining methods, AM allows the production of highly complex geometries that are often unachievable with other processes. A notable example is the possibility of producing a large gold ring with a hollow interior, reducing its weight without compromising aesthetics. Furthermore, the additive approach minimizes material waste, as the generation of scrap is drastically reduced compared to subtractive processes.
From imagination to reality: Nicola Covre’s journey into the world of robotics
“I was six years old when I first saw Short Circuit, the film by John Badham. It told the story of a little robot that, after a malfunction, came to life and started exploring the world. Since then, I’ve always thought I’d love to work in robotics.”
Building Energy Efficiency: Cold Sintering for Ceramic-Polymer Materials
Traditionally, ceramic materials are produced at extremely high temperatures, requiring significant energy consumption. Cold sintering completely changes the process, allowing materials to be processed at temperatures below 250°C. This means lower energy consumption (up to 80% less) and the ability to integrate thermally sensitive fillers, which would otherwise not withstand the high temperatures of traditional production.
LISA: the space mission that will revolutionize astrophysics
Gravitational waves, predicted by Einstein in his general theory of relativity, are disturbances in spacetime generated by cataclysmic cosmic events such as the merger of black holes and neutron stars. Until a few years ago, these phenomena were unreachable by science. However, with the advent of terrestrial observatories like LIGO and VIRGO, we began to perceive these cosmic “ripples.” Now, LISA promises to extend this observational capability beyond the limits of ground-based instruments.
Tool Materials: innovation, performance, and sustainability
The evolution of tool materials is revolutionizing the manufacturing industry, with increasingly high-performance and sustainable solutions. From material selection to new production technologies, let’s explore the trends shaping the sector.
MAGICIAN: innovation revolutionizing production with Intelligent Robots
One of MAGICIAN’s most innovative aspects is its robots’ ability to learn from human experience. Through advanced sensors and AI-driven systems, these machines will be able to identify and correct defects just as an expert worker would.
Less health risk, more precision, and greater productivity.
From lab to leadership: Lorenzo Menaldo’s career path
Lorenzo Menaldo’s professional journey spans innovation, engineering, and leadership. From university to international management roles, then into consulting and academic mentorship.
Smart Materials: the future of artificial muscles
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.
Microplastics: a macro problem
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 resilience of natural systems: a fascinating mystery
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?
