This invention concept pertains to a smart watch that can display holographic information to the visual cortex in the brain, using Optogenetics® Sequencing Technology℗, which interfaces through wireless brain-to-computer interface (W-BCI) technology with the brain, to display the graphics to the brain, to be able to display graphics that are interactive through the smart watch, and through other wireless devices, based on neural activities inside the brain, such as thought-based invocation of commands on the smart watch, and data entry from the neural interface, into the smart watch applications, that allow the graphical user interface to be interacted with by the user and owner of the smart watch.
This smart watch would even allow Operating Spaces®, a Wireless Operating System (W-OS), to be accessed, such as through the Artificial Telepathy® IDEAINT℗™ Satellite Technologies, through an uplink with the smart watch, also through IDEAINT℗™ Radio Frequency Tower Technologies.
The display of the graphical user interface could also be three-dimensional around the individual, and not necessarily a two-dimensional displayed graphical user interface over the watch face, additionally.
This smart watch could keep track of space weapons criminals that are a danger to the owner of the smart watch, and monitor vital signs of the owner of the smart watch, to ensure that the authorities are contacted about the criminals, including by displaying graphics around the individual, and contacting authorities, to display an interactive sit-down with the criminals, to determine how they are using space weapons, and also why they are using space weapons, including to harm the owner of the smart watch technology.
This smart watch technology could provide all the functionalities that a smart phone currently does, with improved battery life, through the neural interface capabilities. The wireless brain-to-computer interface technology could be physically in the smart watch, and then the technology has a wireless uplink to the Artificial Telepathy® IDEAINT℗™ Satellite Technologies, to get a better understanding of the brain, at various times, to calibrate the on-board systems.
There would need to be a lot of storage accessible to smart watch technologies, which is where a smart device would come in, such as a smart phone, at least until it’s possible to store petabytes of storage space on a smart watch device and have enough battery life to run the smart watch for prolonged periods of time without charging.
Another technology would be the wireless power charging of smart watches through Wi-Fi towers.
The holographic displays of graphics could be displayed using laser light, such as above the watch face, that contours to the viewing angle of the user of the smart watch. This would allow others to see the graphics in a non-secured mode, that would make everyone look very smart using holographic smart watch technology.
















