Study finds universality in moving cells—a discovery that could impact health and robotics

A recent study published in Nature Physics has revealed a universal pattern in the collective movement of cells, a finding that could have significant implications in medicine and robotics. Research, carried out by the Physics Department of the Faculty of Sciences of the University of Lisbon, found that cells of different origins (dog renals, human breast cancer and pathogenic bacteria) show similar behavior in groups. This universal pattern, kn…

A new analysis of the collective movement of cells has identified a form of universality, something unusual in biology, which can impact on fields such as medicine or robotics ...

Study finds universality in moving cells—a discovery that could impact health and robotics

A study focusing on analyzing cell models found universality in their movement-an important discovery that could impact both health and robotics.

Revolutionizing Robotics: How Biohybrid Tech is Merging Biology with Cutting - Edge Technology

Biohybrid robotics is an emerging field that combines biological components with artificial systems to create robots with enhanced capabilities. By integrating living cells, tissues, or organisms with mechanical and electronic components, scientists are developing robots that can perform tasks with unprecedented efficiency and adaptability. From medical applications to environmental monitoring, biohybrid robotics holds the potential to revolutio…