Abstract:
The present disclosure relates to a brain-computer interface system and method. In an example, a brain-computer interface system includes a data processing unit, a data transceiver unit, and a sensing or stimulation unit. The system also includes a first communication path between the data transceiver unit and the sensing or stimulation unit including a first downlink channel for transmitting power and data from the data transceiver unit to the data sensing unit and a first uplink channel for transmitting data from the sensing or stimulation unit to the data transceiver unit. The system may additionally include a second communication path between the data processing unit and the data transceiver unit including a second downlink channel for transmitting power and data from the data processing unit to the data transceiver unit and a second uplink channel for transmitting data from the data transceiver unit to the data processing unit.
Abstract:
The embodiments disclose a silicon substrate with a group III-V material and a method for fabricating a group III-V material on a silicon substrate. The method involves providing a silicon substrate. A first layer formed atop the silicon substrate, is subsequently patterned to expose the underlying silicon substrate. A group III-V material layer is formed over the patterned first layer and also on the exposed silicon substrate. The group III-V material layer is subjected to chemical mechanical polishing (CMP) to expose the first layer resulting in the formation of a plurality of areas suitable for growing a device layer on the silicon substrate.