A nanite was a microscopic robotic device and a form of nanotechnology. A nanite was built by manipulating atoms and contained gigabytes of computer memory. It was small enough to enter living cells and could be programmed to do numerous tasks... snip...Nanites consisted of several components with different functions. Nanites used in the 24th century are composed of a forward propulsion block, an Oneamisu receiver...
Superposed_Cat said:I was wondering if there are any known methods existign that would allow nanites to communicate
DrStupid said:Microorganisms use chemical signals.
Why can't nanites fabricate an antenna? After all, humans don't personally absorb radio waves in order to receive a signal.Superposed_Cat said:Hey all, firstly, sorry for my terrible phrasing and grammar in the title but I was severely limited by character count. I was wondering if there are any known methods existign that would allow nanites to communicate since they seem too small to absorb radio waves or microwaves, Any input appreciated.
Man, you've fallen behind (technologically) and you can't catch up!Superposed_Cat said:My question was based on if nanotech was to become a reality, so chemical communcation would most likely be out of the question as that requires enzymes which are too complicated to be designed by man.
Superposed_Cat said:that requires enzymes which are too complicated to be designed by man.
I'd think the issue is data transfer rate.SteamKing said:Who sez enzymes are too complicated to be designed by man?
See Gene Drive. https://en.wikipedia.org/wiki/Gene_drive#CRISPR.2FCas9Superposed_Cat said:[ ... ]that requires enzymes which are too complicated to be designed by man.
Nanites are microscopic devices designed to perform specific tasks at a nanoscale level. They are too small to emit or receive radio waves, so they use other methods of communication such as chemical signaling, light pulses, or mechanical vibrations.
Yes, nanites can communicate with each other through wireless communication methods. They can send and receive signals to and from other nanites in their vicinity, allowing them to coordinate and work together.
Nanites have sophisticated communication protocols that allow them to avoid interference from other devices. They can use different frequencies and channels to ensure clear communication and prevent data loss.
Nanites use encryption and other security measures to ensure the confidentiality of their communication. This is especially important when they are used in sensitive applications, such as in the medical field.
Yes, nanites can communicate with larger devices or systems through specialized interfaces. These interfaces allow them to transfer data back and forth, enabling them to receive instructions and send feedback to their controllers.