Platinum (left) and glassy carbon (right) microelectrodes for deep brain stimulation. (Courtesy: SDSU) Deep brain stimulation (DBS) – in which electrodes implanted in the brain send electrical signals ...

If we can get lithium metal electrodes to work, then we can turn one of the major pieces of the battery into the material that carries charges around, which would save a fair bit of weight and ...

The University of Michigan has developed a very small and implantable carbon fiber electrode. The electrode has been demonstrated in rats and has the potential to provide a long-term brain ...

Although the superior electrochemical performance of supercapacitors capable of rapidly storing electrical energy is due to reversible ion adsorption in porous carbon electrodes, the molecular ...

Wholemeal bread can be shaped into carbon electrodes that could replace traditional metal conductors in electrical devices. By James Dinneen. 19 February 2025 ...

Transparent electrodes created from atom-thick carbon sheets could make solar cells and LCDs without depleting precious mineral resources, say researchers in Germany. Solar cells, LCDs, and some ...

When used as electrodes in a supercapacitor, the new material has a capacitance about three times greater than a typical carbon supercapacitor. It’s also cheap to build and operate.

The new glassy carbon electrodes will allow her to stimulate, read the electrical signals of and detect the presence of neurotransmitters in the spinal cord better than ever before. SOURCES- UC San ...

The study highlights the potential of new carbon cloth electrodes to reduce costs. With a global desalination capacity of 95 million cubic meters per day in 2019, these electrodes could save an ...

For a more robust alternative, researchers at Duke University, led by Bruce R. Donald and Richard Mooney, have developed ultrafine electrodes made of carbon nanotubes for nerve cell recording ...

Nanoporous Membrane Electrodes with an Ordered Array of Hollow Giant Carbon Nanotubes. Advanced Functional Materials , 2023; DOI: 10.1002/adfm.202303730 Cite This Page : ...