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Nanotechnology: Difference between revisions
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Biosensors integrate biological and physicochemical properties for emitting extremely low electromagnetic signals that are being produced to communicate with artificial intelligence networks and wireless technologies that collect and send back the gathered biological information for larger analysis. Various kinds of nanomaterials are applied to biosensors which enhance their sensitivity and specificity of detection in defining ranges of electric signal emissions, bio-chemicals, light properties and DNA and RNA genetic sequences that displays results to the operator through an interface. <ref>ES Newsletter Telepathy</ref> | Biosensors integrate biological and physicochemical properties for emitting extremely low electromagnetic signals that are being produced to communicate with artificial intelligence networks and wireless technologies that collect and send back the gathered biological information for larger analysis. Various kinds of nanomaterials are applied to biosensors which enhance their sensitivity and specificity of detection in defining ranges of electric signal emissions, bio-chemicals, light properties and DNA and RNA genetic sequences that displays results to the operator through an interface. <ref>ES Newsletter Telepathy</ref> | ||
==Synthetic Telepathy== | |||
Synthetic Telepathy is used to describe the process of brain-computer interfaces by which human thoughts are intercepted, processed and a return signal is generated that is able to be communicated and perceived by the human brain and that information can potentially be read through other interfaces. An example of multiple interfaces that could interact with synthetic telepathy and [[Nanotechnology]] would be the network of physical devices that are included in the Internet of things. This is the larger mass consciousness network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, actuators, and connectivity which enables these things to connect, collect and exchange data. | |||
==References== | ==References== | ||