A New Type of Battery Inspired by Electric Eels

Electric Eel-Inspired Generators Could Keep Artificial Organs Alive ...

A series of 3D-printed gel layers use charged ions to produce energy. Because it's a "soft" technology, it can be used more easily in biological ...

Eel Inspired Battery May Someday Power Pacemakers | Cardiology

Electric eels continue to be a muse for researchers today. Such inspiration was the case for a team of scientists at the University of Fribourg.

A flexible battery inspired by electric eels

Find out more about a revolutionary new flexible battery inspired by electric eels, that opens a whole new world of applications for ...

Electric eels inspire 'jelly battery' wearable tech - blogar

Jelly batteries are at the forefront of a technological revolution, promising to transform soft robotics, wearables and neuroscience with ...

Soft, stretchy 'jelly batteries' inspired by electric eels

Hydrogel battery for wearables, soft robotics or even brain implants ... The researchers, from the University of Cambridge, took their inspiration ...

New batteries are stretchable enough to wear against the skin

But much as an electric eel can amplify a small voltage with the help of electrocytes, jelly batteries can increase their output by being strung ...

Electric eel inspires new power source - Université de Fribourg

The team led by the AMI Professor of BioPhysics, Michael Mayer, designed an eel-inspired power source that generates electricity based on the ...

Eel-inspired battery could improve smart contact lenses

Researchers at the University of Fribourg have created a battery from hydrogels inspired by the electric eel.

Electric eel inspires a shockingly good idea - Yale School of Medicine

Battery-like cells in the eel called electrocytes are. ... model resulted in a cell that produced 28 percent more electricity than the eel's.

The Economist on X: "A group of researchers, inspired by electric ...

A group of researchers, inspired by electric eels, have come up with what they call “jelly batteries”, which are both soft and flexible.

Electric eels inspire stunning new hydrogel - Chemistry World

The electric eel can defend itself or stun prey by delivering powerful electric shocks. Now researchers in Switzerland and the US have used ...

How do electric eels work? | Natural History Museum

The electric eel inspired the first battery, but could these animals be a source of renewable energy? “In a word, no!” says Rupert. “It wouldn't be ethical or ...

New biological batteries use energy inspired by electric eels, could ...

He is referring to the fact that their new battery takes design cues from nature's electric eel, which is known to be capable to delivering up ...

Scientists discover 'shocking' high-voltage electric eels

Scientists have found two entirely new species of electric eel — including one that zaps out a record-breaking jolt ...

Electric Eels: A Biological Battery | Aquariums, Attractions, Museums

Electric eels use their shock for a variety of reasons. Since these animals live in dark, murky waters and have very poor eyesight, they often ...

The Electric Eel (Bio) Inspires Development of New Soft Power Cell

In an attempt to make a soft power source, scientists mimicked the electric knifefish's body by creating biocompatible cells made of chloride ...

Eel-Inspired Jelly Batteries: Soft, Stretchy Power | Mirage News

Like electrocytes, the jelly-like materials developed by the Cambridge researchers have a layered structure, like sticky Lego, that makes them ...

A moisture-enabled fully printable power source inspired by electric ...

... For example, inspired by the fact that electric eels convert the chemical potential energy of ion gradients into electrical energy in humid, Yang et al ...

Next-Gen Pacemakers Are Directly Inspired by Electric Eels

Researchers in Switzerland have created a soft electric eel-inspired battery, which may one day power pacemakers and other medical implants.

Electric Eel–Inspired Devices Could Power Artificial Human Organs

A flexible and transparent power source inspired by the electric eel could be used to power electrical devices in the body, such as cardiac pacemakers.