This invention concept pertains to a Wireless Optogenetics Brain to Computer Interface (BCI) technology that allows the brain to connect to general artificial intelligence computer software to allow the brain to manipulate computer records and visualize computer records with thoughts, alone. This technology could be placed in vehicles or in homes or on commercial buildings or on streetlamps or on radio frequency towers or in satellites, as well, to allow human nodes to connect to the Internet with their brains, alone. They would be able to access the Internet, visually, in their visual cortex, and hear audio, remotely, that can be private audio and utilize the functionality of computer systems through their thoughts, alone, accessed through mind reading technology, with a technology such as Optogenetics Sequencing Technology. These Brain to Computer Interface (BCI) technologies would also be able to link together with the language processing center of the brain, to be able to access the language thoughts, and also translate them to other languages, Internationally. This technology does not require a headset, and it does not require any other physical device in close proximity to the user to work.
This technology could work through ground sensors, or sensors that provide feedback to thoughts, and the sensors could be connected to new computing systems in homes and businesses that function as General Artificial Intelligence (GAI) systems, that provide feedback based on a larger Internet community of systems and persons that are interacting together in the same virtual computing environment, such as through thought to visualization technologies, that can convert thoughts into computer graphics, including of themselves, based on how they appear, or how they would like to appear, at any given time in the virtual computing environment. These technologies have already been created for organizations such as the U.S. Government, including based on contracts based on testimony from MCE123, dating back to prior to MCE123 being founded, in 1989, when The Satellite Technology was first conceived by Patrick R. McElhiney as the Five Senses Technology. Today, we have the problem of nanotechnology invading our bloodstreams and our food, to complicate the technologies furthermore, however the technologies should really be utilized solely from ground sensors in the future, to ensure that the private industry remains separate from the government's national security technologies, which it by the way, did not pay MCE123 nor Patrick R. McElhiney for the entire time.
Wireless Brain to Computer Interface (BCI) technologies using Optogenetics, use different colors and frequencies of teeny tiny laser light pulses, that connect to specific neurons in the brain, in different configurations, based on a vast amount of data that is built by studying the brain, and then determining based on each specific brain, what is in each neuron, and also determining, over a long course of time, how to access different thoughts, and how to interact with the brain, on a thought level. Building these types of technologies outside of the government will require new types of hard drives, specifically multi-layer storage systems, that store data in compressed formats, that read at a faster rate of exchange, and also can store more data for a specific data storage location, that any other previously created hard drive technology. Additionally, new types of processors, specifically, optical processing technologies, will need to replace the copper and other metals that are used in processors today, because the computing technologies use too much electricity, and trying to design a computing system, that would work like a quantum computing system, in a laptop or desktop or mobile device, with copper or other rare metals, would require going back in time when computing systems took up entire rooms, just to be able to process the brain data and interact with the brain of just one human being, based on how the computing systems work, currently, in the government. These technologies have been documented over the years by MCE123, however it will require a complete change of the entire IT industry, to be able to offer Brain to Computer Interface (BCI) technologies to everyone.
Patrick R. McElhiney first worked on developing documentation for Optical Computing Technologies in 2010, defining that optical processors, or light switches, using electronic or even completely photonic components, such as mirrors or light blocks that can turn on and off, even just based on laser light, alone, would be able to replace the copper transistor technologies with opaque translucent or clear silicon, which has also been referred to as glass. A process of printing or developing this new material into tiny light paths and tiny optical transistors and tiny light switches and tiny light-based diodes and other types of electronic components that are used in electrical engineering, in a light-based circuitry processor, and even using light paths on motherboards and component cards, and even making the computers much smaller, has always been a concept that was floated by Patrick R. McElhiney, including in his neural records, which he interacts with government computer systems, such as The Pentagon, to develop these inventions into new technologies, simply by thinking about them, by thinking about the technologies that didn't exist at the time, that Patrick R. McElhiney wanted computer systems that would interface with his brain, and he said he didn't want any implants, and furthermore, he wanted to be able to use the computer systems, everywhere, even if there is not a wireless computing system nearby, even if he doesn't have a computer system, that he can just think about something in the government's computer systems, and the government's staff works on these inventions for MCE123 in the government, and then they're available for the public in the future. This is primarily how the concept of just sitting around in bed working all day, even when Patrick R. McElhiney doesn't feel good, occurred to him, years ago.
