The discussion revolves around the concept of particles or masses that may travel faster than light, exploring theoretical implications, experimental claims, and the relationship between quantum mechanics and faster-than-light (FTL) communication. Participants examine various models, including tunneling effects, tachyons, and quantum entanglement, while addressing the constraints imposed by special relativity.
Participants express multiple competing views on the possibility of FTL travel and communication. There is no consensus on the validity of claims regarding tunneling, tachyons, or the implications of quantum entanglement. The discussion remains unresolved with ongoing debate about the interpretations of various phenomena.
Participants highlight limitations in the discussion, including the lack of verified experiments demonstrating FTL communication and the need for careful consideration of definitions and assumptions related to quantum mechanics and relativity.
Yep. I just looked up the experiment I quoted, and it involves a coincidence counter.Naty1 said:No information, intelligence, can be sent faster than light. Entanglement appears to be instantaneous, yet no information is communicated. "c" appears to be one of the fundamental constants in this universe...and one of it's most limiting ones.