This story begins thousands of feet up in the air with migratory birds, and ends with a robotic fish swimming through the water below. To prepare for their journeys, birds fatten up big time, perhaps doubling their weight, essentially turning themselves into feathered batteries. Over many days and many miles, they burn that energy reserve to power their wings and keep themselves from starving and freezing. Eventually they reach their destinations emaciated.
A fine idea—thought engineers from Cornell and the University of Pennsylvania—for a new energetic system for machines. It got them thinking: fat is a cool battery, but not necessarily feasible to replicate in a robot. But blood? In a human, blood distributes oxygen and energy for cells throughout the body. And fluid, in the form of hydraulics, already powers some robots. So why not modify that fluid to carry energy, as our blood powers our own muscles?
Matt - Simon - Cannabis - Robots - Climate
Matt Simon covers cannabis, robots, and climate science for WIRED.
What they’ve landed on is not a robot bird (way too complicated and energy-intensive) but a robot lionfish that uses a rudimentary vasculature and “blood” to both energize itself and hydraulically power its fins. This technology is still in its very early days—and indeed this fish is exceedingly slow—but perhaps some machines of tomorrow could ditch clunky batteries and wires and power themselves like biological organisms. Think machines made more like Cylons than toasters.
Robots - Today - Lithium - Ion - Battery
The robots of today are stubbornly segmented. They’ve got a lithium ion battery, which distributes energy by way of wires to motors in the limbs, known as actuators. This new robotic lionfish does indeed have batteries, but they are sprinkled throughout its body and operate in conjunction with two pumps—one for powering the pectoral fins and the other for the tail. Together, the batteries and pumps act more like biological hearts...
(Excerpt) Read more at: WIRED
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