Physicist Níckolas de Aguiar Alves analyzed the ‘Picard maneuver’ from Star Trek: The Next Generation, finding that the Stargazer’s double acceleration to warp speed would produce three visible images of the ship to an observer, not two as might be expected from constant faster-than-light travel. His diagrams showed that adding a second burst of warp speed could increase visible images to five. While the maneuver’s details were not physically accurate, de Aguiar Alves praised the episode for capturing the core concept of light-speed-outrunning imagery.

He noted that faster-than-light math remains useful in media like water, where Cherenkov radiation occurs. His work was motivated by studying the memory effect in wave-particle interactions, a phenomenon theorized for gravitational and electromagnetic waves but difficult to detect. De Aguiar Alves emphasized that simple diagramming can yield deep physical insight, saying, ‘You get a lot of intuition very quickly, and pretty much for free, by just doodling.’ The article was written by Matt von Hippel, a freelance science writer based in Copenhagen with a particle physics background who blogs at 4gravitons.com.