SergiusPaulus
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Ok so time crystals are relatively new. They say it will make quantum computers more robust. Can 2 quantum computers transmit to each other? Tachyons are theoretical FTL particles. If we create a quantum computer with a transmitter and receiver and focus on the technology of communication and a way to study or control tachyons and use tachyons to communicate (tachyionc anti telephone). We know where the earth was in space 5 seconds ago. A tachyon travels FTL. So imagine transmitting a one way signal FTL to a quantum technology based receiver, quantum entanglement or other new science. Basically send a signal to where the earth was a second ago in space. The earth travels at 67,000mph. Light travels at 186,000mpsecond. If we can create the theoretical tachyonic antitelephone on a quantum computer and transmit a signal to where the earth WAS seconds ago and have a way to detect receiving the signal? One thought is that we don’t need the speed of a tachyon to transmit seconds to the past do we? Can we create a different “antitelephone”to transmit a moment to the past? A one way bridge of a signal. Just need a transmitter and receiver for a signal to be sent and received and detected. Does that make hypothetical sense? If you could point an antitelephone to a location in the earths path one second ago it would take the past earth a few moments to catch up to that spot. Point a signal traveling FTL to spatial coordinates of the past earths path and wait for the past earth traveling at only 67,000mph to Run into the signal.
