Glass Electrode
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Apple Patent Application Hints at AirPods Sensors That Allow Measurement of Brain Electrical Activity
AirPods could soon double as a device that can monitor brain activity. Apple has filed a patent application for an AirPods sensor mechanism that would allow the wearable device to monitor electrical impulses from the wearer's brain, just like the medical devices that require electrodes to be connected to a person's scalp. Here's how Apple's future ...
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Nanowall 3D Technology to Improve Touchscreen Experience: Study
The transparent electrode takes the form of a grid made of gold or silver "nanowalls" on a glass surface.
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New Electrode Material Potentially Doubles Smartphone Battery Capacity
Researchers using vanadate-borate glass as a cathode claim it can generate nearly twice the power of regular lithium-ion batteries.
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Shatterproof Smartphone Touchscreens Could Be a Reality Soon
Researchers from Ohio-based University of Akron have shown how a transparent layer of electrodes on a polymer surface could be extraordinarily tough and flexible.
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Apple Patent Application Hints at AirPods Sensors That Allow Measurement of Brain Electrical Activity
AirPods could soon double as a device that can monitor brain activity. Apple has filed a patent application for an AirPods sensor mechanism that would allow the wearable device to monitor electrical impulses from the wearer's brain, just like the medical devices that require electrodes to be connected to a person's scalp. Here's how Apple's future ...
-
Nanowall 3D Technology to Improve Touchscreen Experience: Study
The transparent electrode takes the form of a grid made of gold or silver "nanowalls" on a glass surface.
-
New Electrode Material Potentially Doubles Smartphone Battery Capacity
Researchers using vanadate-borate glass as a cathode claim it can generate nearly twice the power of regular lithium-ion batteries.
-
Shatterproof Smartphone Touchscreens Could Be a Reality Soon
Researchers from Ohio-based University of Akron have shown how a transparent layer of electrodes on a polymer surface could be extraordinarily tough and flexible.
