For the first time in the history of quantum mechanics, scientists have been able to transmit a black and white image without having to send any physical particles. The phenomenon can be explained using the Zeno effect, the same effect that explains that movement itself is impossible.
The journal article is in Proceedings of the National Academy of Sciences of the United States of America (DOI: 10.1073/pnas.1614560114)
Wikipedia has an article about the quantum Zeno effect.
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(Score: 2) by wonkey_monkey on Sunday May 21 2017, @06:11PM
B and the C are the same age because they've undergone identical accelerations. The one who ages the most is the one who took the straightest path from launch to meet-up - in this case A, because he didn't accelerate at all, he just let "meet-up" come to him. The other two took wiggly paths, but identically wiggly, so the amount of time experienced by themselves on their trip is the same.
During the constant relative motion parts (among all three of them), they all see the others' clocks runs slow. But during accelerations towards each other, there are times when others' clocks run fast.
Kind of... but the standard physicist answer to this is that photons don't have reference frames, so you can't consider anything from their "point of view" - they don't have one. The math does pretty clearly point in that direction, though.
systemd is Roko's Basilisk