Star Trek to Alcubierre and back out

A television drive of 1966 lends its name to a general relativity paper in 1994, and the paper then lends its name and its bill back to three fictions that name the physicist.

Kind: lineage · Span: 1966–2019 · Last reviewed: 2026-09-13

The line

The word came first. Star Trek premiered on NBC on 8 September 1966 with a ship that moved by warp drive, and the catalogue's Star Trek warp drive dossier records that the word itself is older still, going back to John W. Campbell's Islands of Space (1931), which is the story told on hyperspace-the-word. For twenty-eight years the drive was a stage convention with a warp factor chart and no physics. Then Miguel Alcubierre, a doctoral student at Cardiff, published a four-page letter in Classical and Quantum Gravity showing that general relativity permits a bubble of spacetime to carry a ship faster than light as seen from outside, at the price of negative energy. The abstract of Alcubierre 1994 says the distortion is "reminiscent of the 'warp drive' of science fiction". That sentence is the whole of the primary evidence for the borrowing, and it names science fiction, not Star Trek.

Star Trek by name rests on Alcubierre's later interviews, and until this page was written the catalogue had found none of them. There is now one in his own voice. In a long BBVA "Aprendemos Juntos" conversation, posted to YouTube in December 2024, Alcubierre says that as a child he watched everything in science fiction and a lot of Viaje a las estrellas, that in those programmes the ships always go faster than light, and that the idea of cheating relativity came to him during his doctorate while he was studying black holes. That is a weaker claim than the popular one. The show gave him the wish; the calculation came from his thesis work. The stronger story, in which he rents a VHS tape of The Next Generation on a Friday night in 1992 and cannot sleep, appears in a Popular Mechanics feature of November 2025 with a direct quotation, and it may well be true, but it is a press account and graded as one. The much-repeated line that he wrote to William Shatner that the theory was directly inspired by the show has never been traced past a blog; the likeliest home for it is Shatner's book I'm Working on That (2002), and Alcubierre did appear on camera in the 2005 documentary made from that book, but nobody in this catalogue has opened the book.

The line then runs back out into fiction, and this time the physicist is named. Frontier's Elite Dangerous (2014) has a supercruise mode that moves space rather than the ship, and its community wiki links the mechanism to Alcubierre with no developer statement behind it. Seth MacFarlane's The Orville (2017) is the clean case: its science consultant André Bormanis told a set visit that the writers were "using the theories of physicist Miguel Alcubierre", that the ship's rings come from the theory's toroidal requirement and that the exotic matter is named after Freeman Dyson. Chris Roberts's Star Citizen has a quantum drive that a developer post on the Spectrum forum describes as a warp bubble inspired by the Alcubierre theory, with quantum fuel as the source of the negative energy density. In every case what travelled was the picture, contraction ahead and expansion behind, and the one real line item on the bill, the exotic matter. Nothing on the register beyond WRP-1 and the negative energy of ENE-1 made the trip. The consultants who did the carrying are on physicists-in-the-writers-room.

The links

FromToYearEvidenceGrade
Science fiction's warp driveAlcubierre 19941994The letter's abstract: the distortion is "reminiscent of the 'warp drive' of science fiction" (arXiv:gr-qc/0009013, read)[HIGH] S1
Star Trek specificallyAlcubierre 19942024BBVA "Aprendemos Juntos" interview, in his own words: watched Viaje a las estrellas as a child, ships in it always beat light, the idea came in his doctorate studying black holes (transcript on the BBVA page, read)[HIGH] S3
Star Trek specificallyAlcubierre 19942021Scientific American, Gast, October 2021: Alcubierre a "passionate Star Trek devotee" at the time of the paper; no quotation from him about the show[MED] S3
Star Trek: The Next Generation on VHSAlcubierre 19942025Popular Mechanics, Orf, 26 November 2025: the Friday-night VHS story with the quoted line "we know from relativity we can warp space"[LOW] S4
Star Trek specificallyAlcubierre 19942026"The truth about Warp Drive with Miguel Alcubierre", Pop Culture Scientist, YouTube, 20 May 2026; the description says he "breaks down his 1994 paper inspired by Star Trek"; video not watched[LOW] S3
AlcubierreShatner2005Alcubierre appears in How William Shatner Changed the World (Discovery Channel Canada, 2005), the documentary made from Shatner's I'm Working on That (2002); Wikipedia's interviewee list and a contemporary review[MED] S3
AlcubierreShatner, by emailundatedWikipedia's "directly inspired by the term used in the show", cited to Alan Shapiro's blog "The Physics of Warp Drive", archived 2013, not opened; the book it presumably comes from not opened[LOW] S5
Star TrekAlcubierre 1994undatedDarling's Encyclopedia of Science has him watching Star Trek and thinking "there must be a way to do this right", no source given[LOW] S3
Alcubierre 1994Elite Dangerous supercruise2014Community wiki "Supercruise": the drive compresses space ahead and expands it behind, linked to the Alcubierre article, no citation to Frontier (wikitext read)[LOW] S3
Alcubierre 1994The Orville quantum drive2017TrekMovie set visit, Pascale, 31 August 2017: Bormanis says the writers are "using the theories of physicist Miguel Alcubierre", rings from the toroidal requirement, dysonium as the exotic matter (read)[HIGH] S3
Alcubierre 1994Star Citizen quantum drive2019Spectrum forum post on quantum drives (thread 3/quantum-drives/2031195), reproduced on Star Citizen Base on 2 April 2019: a warp bubble "somewhat inspired by the theory behind an Alcubierre drive", quantum fuel for the negative energy density; the Spectrum original needs a login and was not opened[MED] S3

What is not sourced

Sources