It isn’t all bad news, though. According to the paper, 3D printed electrodes may have more surface area than conventional electrodes leading to better batteries. The only concern is the ...

The battery built by his team endured 500 complete charge cycles—about as many as the batteries in most smartphones are ...

Fungi may not seem like an obvious power source, but researchers have proven they can offer a sustainable and renewable way ...

If phone batteries no longer need to be big, rigid blocks, what kind of crazy folding phone bodies could manufacturers come ...

One of the classics is the lemon battery ... considered jamming electrodes directly into lemons to be rather unsophisticated. Instead, an electrolyte tray was 3D printed. The tray can be filled ...

A revolutionary fully dry electrode printing process that offers custom shapes with lower capital costs, faster production cycles and significant energy savings. Off We are looking for anode ...

Researchers at Linköping University have unveiled a groundbreaking development in battery technology—a soft, fluid-based ...

c, d) Discharged air electrode using FGS with C/O = 14 and C/O = 100, respectively. (© American Chemical Society) Even 3D-printed graphene batteries, using graphene ink, have already been demonstrated ...

The components of the fungal battery are manufactured using 3D printing. This allows the researchers to structure the electrodes in such a way that the microorganisms can access the nutrients as ...