Nevertheless,
These revolutionary robots grow, treat:
Imagine a world where machines would no longer need man to exist. Therefore, American researchers have just crossed a decisive course by creating the first robot capable of growing up. In addition, repairing themselves and even “cannibalizing” other robots to improve. Therefore, This technological breakthrough upsets our conception of robotic autonomy and opens fascinating perspectives … Therefore, but also disturbing.
When science catches up with science fiction – These revolutionary robots grow, treat
The team of the University of Columbia. Meanwhile, led by Philippe Martin Wyder and Hod Lipson, published its results in the prestigious Revue Science Advances on July 16. Nevertheless, Their creation challenges the traditional laws of robotics by drawing inspiration directly from the living.
« A real autonomy means that robots must not only think by themselves, but also maintain themselves physically“Explains Wyder. Moreover, This philosophy gave birth these revolutionary robots grow, treat to a revolutionary concept: robotic metabolism.
Like biological organisms that absorb nutrients to grow. Nevertheless, regenerate, these new kind machines draw the resources necessary for their development in their environment. Consequently, Even more disturbing, they can literally “consume” other robots to recover their components.
Modular architecture inspired by life
The key to this technological feat lies in the very design of the robot. Forget the rigid and monolithic structures of traditional machines. These new robots are made up of “trellis links” – hexagonal modules equipped with ultra -specific magnetic connectors.
These elements have a remarkable capacity: they can contract, expand, assemble and dismantle at will. This modularity gives them unprecedented plasticity. allowing the formation of ever more complex structures in what researchers call “autonomous mechanical ecology”.
The process obeys two basic rules. First, the development must be carried out in a completely these revolutionary robots grow, treat autonomous manner or with the assistance of other similar robots. Second, only raw materials and energy can be provided from outside – no direct human intervention is tolerated.
Amazing adaptation capacities
Laboratory experiences have revealed fascinating behavior. Placed in a controlled environment, robotic modules first formed relatively simple two -dimensional structures. Then, spontaneously, they integrated new elements to evolve towards sophisticated three -dimensional forms.
The most striking example concerns the formation of a tetrahedron capable of autonomous navigation. Faced with rugged terrain. the robot spontaneously incorporated an additional module to use it as a cane, demonstrating a capacity for adaptation which strangely recalls biological evolution.
This structural plasticity represents a considerable technological leap. While artificial intelligence has progressed in step as a giant in recent years. robotic bodies have remained frozen in unsuitable conceptions. These new machines finally fill this ditch by combining these revolutionary robots grow, treat software intelligence and physical adaptability.
Promising applications but ethical questions
The practical implications of this technology are immense. In hostile environments where human maintenance is impossible or dangerous, these self-repairing robots could revolutionize our approach. Spatial exploration, management of natural disasters or interventions in contaminated areas constitute as many privileged areas of application.
Imagine robots deployed on Mars. capable of repairing each other and evolving according to the challenges encountered, without waiting for the instructions from Earth. Or even emergency machines that instantly adapt to the rubble of an earthquake, modifying their structure to access the victims.
However, this growing autonomy raises deep questions. Hod Lipson admits him himself: ” The image of self-reproductive robots evokes poorly recommendable science fiction scenarios. How far can we go into the emancipation of machines without losing control?
The dawn of a new these revolutionary robots grow, treat robotic era
This research undeniably marks a turning point in the history of robotics. By providing metabolic capacity machines. scientists open the way to a generation of truly autonomous robots, capable of surviving and prospering without constant human supervision.
It remains to be determined whether this development will constitute a release or a threat to humanity. One thing is certain: we are entering an era where the border between the living. the artificial has never been so tenuous.
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