Not exact matches
Power transfer to a human during an
electric eel's shocking leap.
Extrapolating from his experience with a small
eel, Catania estimates that a human struck on the trunk by a larger, 1.8 - meter - long
electric eel might endure a current of 0.24 amperes, or 63 watts of
power.
An
electric -
eel - inspired soft
power source from stacked hydrogels.
This new type of
power source is modeled after rows of cells called electrocytes in the
electric organ that runs along an
electric eel's body.
In «
Electric eels provide a zap of inspiration for a new kind of
power source» (SN: 1/20/18, p. 13), voltage was incorrectly described as a measure of energy.
«
Electric eel - inspired device reaches 110 volts: Using ion gradients across hydrogels, researchers developed a «soft
power» source that they hope can one day
power implantable devices.»
In an effort to create a
power source for future implantable technologies, a team led by Michael Mayer from the University of Fribourg, along with researchers from the University of Michigan and UC San Diego, developed an
electric eel - inspired device that produced 110 volts from gels filled with water, called hydrogels.
A new battery made of fleshy hydrogel layers generates and stores
power like
electric eels do.
[Kenneth C. Catania,
Power Transfer to a Human during an
Electric Eel's Shocking Leap]
This article appeared in print under the headline «
Electric eel - mimicking battery could
power pacemakers»
These electrodes collect the voltage the
electric eel emits to then
power a sequencer.
When Dillon accidentally falls into a tub of genetically engineered
electric eels, he transforms in to Electro, who has the
power to control electricity.