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In 1997, Ashe spent 10 weeks sitting in the pediatric intensive care unit with his son Andrew, who was born weighing just 2 pounds 3 ounces. As he sat and worried, buzzers and alarms went off every few minutes, further fraying his nerves.
The pace of innovation may be accelerating, but our ability to adapt to the latest technologies remains undeterred.
Technology is not an obstacle to humanity. Humans evolve — behaviorally, physically, morally, biologically.
Over many millennia, humans migrated around the globe adapting to changing climates, predators, foods, pathogens, rival tribes and countless obstacles and opportunities. To be human is to adapt.
Hutchinson, who was 58 at the time, didn’t regain control over her hands. She did it by moving a robotic arm with her thoughts.
Where does the human end and the machine begin? In the era of neuroprosthetics, tiny electronic devices embedded in the body that stimulate the brain and other parts of the nervous system to improve their function, this question may soon get harder to answer.
Last week, for example, researchers at the Federal Institute of Technology in Lausanne, Switzerland, introduced a flexible neural implant that delivers electric and chemical pokes directly to the nervous system. In early trials, it allowed paralyzed rats to walk again with fewer side effects than other treatments.