... , decreased from 1,202 milligrams to 534 milligrams. The average distance between the electrodes and the target point of stimulation—a location in the subthalamic nucleus identified by evaluating ...
... has significantly improved the quality of brain-function measurements by coating metal neural electrodes with carbon nanotubes. Their work could potentially allow scientists to learn more about brain ...
... adhered well to the polymer surface during mechanical strain and survived near and on the electrodes after two days of incubation. The platform also maintained its electrical capabilities after being ...
Researchers have created hybrid carbon nanotube metal oxide arrays as electrode material that may improve the performance of lithium-ion batteries.
Scientists present a new design strategy for brain implants, which it used to create a prototype multi-electrode stimulation & recording probe for deep-brain stimulation.
... a simple data acquisition device for the experiment. The device had 32 stainless steel electrodes – half to inject the electrical current and the other half to measure the voltage – connected to a ...
... -optical devices – and show that its high transparency and low resistivity make it ideal for electrodes in liquid crystal devices.
Graphene was discovered at The University of Manchester back in 2004 ...
... closed one eye of an animal and measured the effect on plasticity using recording electrodes implanted in the layers of the visual cortex.
It had been previously believed that plasticity in layer 2/ ...
... the electron superhighways that deliver electrons from the polymer-nanowire interface directly to an electrode.
“If nanowires are going to be used massively in photovoltaic devices, then the growth ...
... , have limitations. For example, the material currently used for the electrolyte sandwiched between the electrodes is expensive. Even more important: that material, known as Nafion, is permeable to ...
... to another. They are composed of a semiconductor channel sandwiched between two metal electrodes. In the presence of an electric field, a charged metal plate can draw positive and negative charges in ...
... touching it, and over to the green circle. As the monkeys conducted the tasks, electrodes measured the activity of neurons in the PPC. This allowed Andersen and his colleagues to monitor signals-- ...
... ac in the graphene sample with the infrared beam and manipulated the voltage via the electrodes. The changes in voltage changed the conductivity and carrier density in the sample, and directly ...
... , Ph.D., and others then used electroencephalography (EEG), a brain imaging technique that places electrodes around a person's head and measures the electrical impulses of millions of neurons in the ...
... a conducting fluid. In the case of Roy's aircraft, the conducting fluid will be created by electrodes that cover each of the vehicle's surfaces and ionize the surrounding air into plasma.
The force ...
