The 2014 creation of a swimming robot powered by cardiac muscle cells demonstrates how biological and synthetic systems can merge, leading to innovative biohybrid robots.
As scientific advancements continue, biohybrid robots are evolving with living and nonliving components, gaining benefits like self-healing and enhanced capabilities inspired by millions of years of evolution.
The development and capabilities of biohybrid robots raise important ethical questions, as experts like Dr. Rafael Mestre explore the implications of merging biological and mechanical life.
This fusion of biology and robotics breaks long-held notions of machines being purely artificial, positioning biohybrids at the forefront of both technology and ethical discourse.
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