Fact-checked by Grok 2 weeks ago

Hyperdrive

A hyperdrive is a fictional propulsion technology commonly depicted in science fiction as a means for spacecraft to achieve faster-than-light (FTL) travel by transitioning into an alternate dimension or realm known as hyperspace, thereby bypassing the light-speed limit imposed by the laws of physics in normal space.^[1] This concept allows vessels to cover interstellar distances in significantly reduced time, often requiring precise navigational calculations to avoid hazards such as stars or gravitational anomalies within hyperspace.^[2] The idea of hyperspace and hyperdrives traces its origins to early 20th-century science fiction, with the term "hyperspace" first appearing in John W. Campbell's 1931 novel Islands of Space, where it served as a shortcut through higher dimensions for interstellar exploration.^[1] Over the decades, the hyperdrive evolved as a staple trope, appearing in various forms across literature, film, and television to facilitate plot progression in stories involving space adventure and galactic conflict.^[3] Notable early influences include E.E. "Doc" Smith's Skylark series (1920s), which explored FTL concepts predating the explicit hyperdrive nomenclature.^[4] In popular media, hyperdrives are most prominently featured in the Star Wars franchise, where they power starships like the Millennium Falcon, enabling jumps into hyperspace via motivators.^[2] Similar systems appear in other works, such as the warp drives in Star Trek, which contract and expand spacetime rather than entering a separate dimension, though both concepts share the goal of relativistic FTL travel.^[1] These depictions often incorporate pseudo-scientific elements, like energy fields or quantum tunneling, to lend plausibility to the mechanics.^[3] From a scientific standpoint, hyperdrives draw loose inspiration from theoretical physics, including string theory's proposal of extra spatial dimensions—9 spatial dimensions plus time in superstring theory (total 10), or 10 spatial plus time in M-theory (total 11)—that could theoretically connect distant points in our observable universe via wormhole-like shortcuts.^[2] However, such travel remains incompatible with established relativity, as entering hyperspace would violate causality and energy conservation principles without exotic matter or negative energy, concepts explored in models like the Alcubierre warp metric but far from practical realization.^[3] Ongoing research into spacetime manipulation continues to reference these ideas, though no empirical evidence supports functional hyperdrives.^[5]

Fictional Concept

Origins and Etymology

The term "hyperdrive" derives from the Greek prefix "hyper-," meaning "over," "beyond," or "excessive," combined with "drive," referring to a propulsion mechanism, to denote a fictional faster-than-light (FTL) engine that propels spacecraft through alternate dimensions or warped space.^[6]^[7] Early concepts of FTL travel in science fiction appeared in pulp magazines of the 1920s and 1930s, predating the specific term "hyperdrive" but laying foundational ideas for such propulsion. In E.E. "Doc" Smith's Lensman series, beginning with Galactic Patrol serialized in 1937–1938, ships achieve FTL speeds via the "inertialess drive" (enabled by the Bergenholm device) and "hyper-spatial tubes," which allow navigation through higher dimensions to bypass relativistic limits, marking a seminal evolution of interstellar propulsion in space opera.^[8] These innovations built on Smith's earlier Skylark series (1928 onward), where FTL involved dimensional shifts, influencing later terminology. The term "hyperdrive" itself first appeared explicitly in a preview blurb in the December 1946 issue of Thrilling Wonder Stories for Murray Leinster's story "The Manless Worlds," describing a ship with a "hyper-drive" for FTL travel. The full story was published in the February 1947 issue, standardizing the concept in mid-20th-century pulp fiction.^[9] This usage drew from prior hyperspace notions, such as H.G. Wells's 1896 short story "The Plattner Story," where the protagonist experiences involuntary transport via a fourth-dimensional "hyperspace," an early literary exploration of multidimensional realms that inspired FTL shortcuts in sci-fi without mechanical drives.^[10] During the Golden Age of science fiction (roughly 1938–1946), the hyperdrive gained traction as a distinct trope, appearing in stories emphasizing seamless galactic exploration, and it differentiated from emerging "warp drive" concepts—such as John W. Campbell's "space-warp" in 1940s works, which bent spacetime locally without entering alternate dimensions—solidifying hyperdrive's association with hyperspace jumps by the 1950s.

Core Principles in Science Fiction

In science fiction, a hyperdrive functions as a propulsion system that propels spacecraft into faster-than-light (FTL) travel by shifting them into a parallel dimension or alternate spatial realm known as hyperspace, circumventing the constraints of special relativity that prohibit exceeding the speed of light in normal space.^[9]^[11] This mechanism allows vessels to cover interstellar distances in fractions of the time required at sublight speeds, effectively compressing vast expanses of space into manageable journeys.^[11] The transition to hyperspace typically involves manipulating multidimensional geometry or quantum effects to "slip" the ship out of conventional reality, where physical laws differ and permit unimpeded high-velocity movement.^[9]^[12] A prevalent trope surrounding hyperdrive activation requires spacecraft to first accelerate to near-light velocities in real space, ensuring a stable entry into hyperspace while clearing nearby gravitational influences that could destabilize the shift.^[9]^[12] Once engaged, the drive compresses travel duration as perceived from normal space, though subjective time in hyperspace may elongate variably based on route complexity or dimensional fluctuations, sometimes introducing disorienting effects like time-mass drift for the crew.^[11] Navigation remains a core challenge, relying on advanced computational systems to plot jumps via coordinate grids or predefined pathways that evade anomalies such as mass shadows or turbulent regions, with erroneous calculations risking catastrophic misjumps that strand or destroy the vessel.^[11]^[12] Hyperdrive operation demands immense energy inputs to warp spacetime or generate the interdimensional portal, often depicted as drawing from exotic power sources like antimatter reactors, which annihilate matter to release colossal yields, or hypothetical exotic matter to sustain the field.^[9]^[12] These systems underscore the trope of hyperdrive as a high-stakes technology, where insufficient power or component failure—such as a faulty motivator—can abort the jump or cause reversion to sublight, heightening narrative tension around preparation and reliability.^[9] The concept emerged in mid-20th-century literature as a narrative solution to interstellar scale, evolving from earlier hyperspace notions to emphasize engineered precision over mere speculation.^[11]

Depictions in Media

Star Wars Universe

In the Star Wars franchise, hyperdrives were first introduced in the 1977 film Star Wars: Episode IV - A New Hope, where they serve as essential faster-than-light propulsion systems allowing starships to enter hyperspace, an alternate dimension for rapid interstellar travel. These devices are classified by performance ratings, with lower class numbers indicating faster speeds; for instance, the Millennium Falcon features a modified Class 0.5 hyperdrive, upgraded from its original Class 1 unit by owners Han Solo and Chewbacca, making it one of the quickest vessels in the galaxy capable of outpacing Imperial pursuers.^[13] This classification system underscores hyperdrives' role in galactic mobility, enabling everything from routine commerce to daring escapes during the Galactic Civil War. Hyperdrives operate by accelerating a ship to lightspeed before engaging a hyperdrive motivator to shift it into hyperspace, powered by hypermatter reactors that annihilate hypermatter particles—most commonly coaxium, a volatile mineral mined on worlds like Kessel—to generate the necessary energy. Navigation relies on a navicomputer to plot safe courses, often interfaced with astromech droids for precise calculations and real-time adjustments, as seen with R2-D2 assisting Rebel pilots. After a hyperspace jump, ships require cooldown periods to recharge systems and verify coordinates, preventing overloads from consecutive activations, which adds tension to pursuits in the lore.^[14]^[13]^[15] Variants of hyperdrives differ by application, with military-grade models on vessels like Imperial Star Destroyers or the Death Star featuring robust but slower Class 2 or Class 4 units optimized for reliability over speed during fleet operations. In contrast, smuggling ships like the Millennium Falcon incorporate illegal modifications for enhanced performance, allowing risky shortcuts through uncharted regions. Interdiction fields, generated by specialized projectors on interdiction cruisers, create artificial gravity wells that disrupt hyperdrive functions, pulling ships out of hyperspace or blocking entry to trap fleeing vessels—a tactic frequently employed by the Empire to enforce blockades.^[16]^[13]^[17] Hyperlanes form the backbone of galactic trade and travel, consisting of well-mapped, stable routes through hyperspace that avoid gravitational anomalies and mass shadows, facilitating commerce across the galaxy while limiting off-route exploration to skilled navigators. The Kessel Run exemplifies hyperdrives' cultural significance as a legendary smuggling route spanning approximately 12 parsecs through the treacherous Akkadese Maelstrom, where Han Solo's completion of the run in under 12 parsecs aboard the Millennium Falcon became a mythic boast—referring not to raw distance but to the navigational daring required to shave time off the journey amid hazards like black holes and imperial patrols. This feat, dramatized in Solo: A Star Wars Story, highlights hyperdrives' pivotal role in plot devices, symbolizing ingenuity and rebellion against imperial control.^[18]^[13]^[19]

Other Science Fiction Works

In Iain M. Banks' Culture series, hyperdrives enable faster-than-light travel by tapping into the energy grid that separates nested universes, allowing ships to achieve speeds up to 233,000 times the speed of light through infraspace engines constructed from exotic nanomatter.^[20] These systems are seamlessly integrated with the advanced AI Minds that control Culture vessels, facilitating precise and near-instantaneous hyperspace jumps across vast interstellar distances.^[21] In the video game series Mass Effect, hyperdrives rely on element zero cores to generate mass effect fields, which reduce a ship's effective mass and enable faster-than-light propulsion, often in conjunction with the network of mass relays that create stable hyperspace corridors.^[22] However, travel through these relays carries inherent risks, such as malfunctions that can strand ships or cause catastrophic failures due to the volatile nature of the dark energy fields involved.^[23] Alastair Reynolds' Revelation Space universe features Conjoiner drives, advanced propulsion systems developed by the cybernetically enhanced Conjoiners, who use neural implants to achieve synaptic speeds far beyond human norms for precise navigation and control.^[24] These drives leverage quantum mechanics to accelerate ships to relativistic velocities (up to approximately 0.99c), enabling interstellar travel over decades while highlighting the Conjoiners' collective hive-mind integration for operational control.^[25] In the television series Babylon 5, jumpgates serve as fixed infrastructural equivalents to hyperdrives, generating vortexes that open passages into hyperspace for rapid transit between star systems, though ships must align with these gates for safe entry and exit.^[26] Similarly, in Stargate SG-1, hyperdrives power vessels like the Earth ship Prometheus, enabling wormhole-based travel through subspace for interplanetary and intergalactic journeys, with upgrades from alien technologies improving range and reliability.^[27] Some science fiction works depict hyperdrives with significant limitations, such as in Larry Niven's Known Space series, where early exploration probes carried fuel sufficient only for one-way trips, necessitating automated colonization efforts or risky return strategies due to energy constraints, while the later hyperdrive allows fixed-speed faster-than-light travel (1 light-year every 3 days) but cannot be activated within stellar gravity wells.^[28]

Theoretical and Scientific Basis

Hyperspace and Multidimensional Travel

In science fiction, hyperspace is conceptualized as a higher-dimensional continuum parallel to ordinary three-dimensional space, where spatial distances between points are significantly shortened, enabling effective faster-than-light (FTL) travel without exceeding the local speed of light in real space.^[29] This allows spacecraft to traverse vast interstellar distances in subjective moments, effectively bypassing the relativistic constraints of normal spacetime.^[30] The term "hyperspace" was coined by author John W. Campbell Jr. in 1931 for his novel Islands of Space, establishing it as a staple for pseudoscientific propulsion mechanisms like hyperdrives.^[29] Fictional depictions of hyperspace entry typically involve a hyperdrive generating a localized warp in spacetime, transitioning the vessel from real space into this alternate realm, often requiring precise vector calculations to align with navigational beacons or routes.^[29] Exit from hyperspace demands equally meticulous computations to re-emerge at the intended coordinates, avoiding intersection with realspace gravitational anomalies such as stars, planets, or black holes, which could manifest as "mass shadows" disrupting the jump and causing catastrophic failure.^[2] These mechanics draw from broader science fiction principles of spacetime manipulation, ensuring travel remains a calculated risk rather than instantaneous teleportation.^[30] The pseudoscientific foundation of hyperspace in fiction finds loose inspiration in theoretical physics, particularly the Kaluza-Klein theory proposed in the 1920s, which posits that our four-dimensional spacetime (three spatial plus time) emerges from a higher-dimensional framework where extra dimensions are compactified—curled up so tightly at every point that they are imperceptible at macroscopic scales.^[31] In this analogy, hyperspace represents an unfolding or access to those hidden dimensions, allowing shortcuts through "folded" geometry much like traversing a crumpled sheet of paper rather than its flattened surface.^[32] Physicist Michio Kaku has popularized this connection in his work, noting how such multidimensional models in superstring theory echo science fiction's portrayal of hyperspace as a navigable overlay to our universe.^[32] Travel through hyperspace carries inherent risks in fictional narratives, including temporal displacement where mismatched entry and exit vectors lead to time dilation effects, stranding travelers in the past or future relative to realspace observers.^[29] Additionally, "hyperspace storms"—turbulent regions of unstable multidimensional flux—can induce erratic shifts, reversed causality, or structural damage to vessels, amplifying the peril of uncharted routes.^[29] These hazards underscore the tension between hyperspace's promise of rapid transit and the navigational precision required to mitigate potentially disastrous outcomes.^[2]

Comparison to Real Physics Concepts

In science fiction, hyperdrives enable faster-than-light (FTL) travel by navigating alternate dimensions or hyperspace, thereby circumventing the fundamental speed limit imposed by Einstein's special relativity, which prohibits massive objects from exceeding the speed of light (c ≈ 3 × 10^8 m/s) in normal spacetime without infinite energy.^[33] This relativistic barrier arises because accelerating to c would require progressively increasing energy as an object's Lorentz factor γ = 1 / √(1 - v²/c²) approaches infinity, rendering sublight propulsion—such as ion drives or chemical rockets—insufficient for interstellar distances within human lifetimes. Unlike these conventional drives, hyperdrive concepts posit entry into a higher-dimensional manifold where effective velocities can exceed c relative to our universe, avoiding direct violation of local causality while achieving apparent superluminal transit.^[2] A prominent real-physics analogue to hyperdrive is the Alcubierre warp drive metric, proposed in 1994, which describes a spacetime bubble that contracts space ahead of a spacecraft and expands it behind, allowing the vessel to "surf" at effective speeds greater than c without locally surpassing it.^[33] The metric is given by ds² = -dt² + [dx - v_s(t) f(r_s) dt]² + dy² + dz², where v_s is the bubble's velocity and f(r_s) is a shaping function defining the warp region; this solution to Einstein's field equations permits FTL travel in principle but lacks the extradimensional aspect of hyperspace, relying instead on manipulating our four-dimensional spacetime.^[5] However, realizing the Alcubierre drive demands exotic matter with negative energy density to stabilize the warp bubble, an unobserved phenomenon that violates standard energy conditions like the weak energy condition (ρ + p ≥ 0, where ρ is energy density and p is pressure).^[33] Speculative connections between quantum entanglement and wormholes offer another loose parallel to hyperdrive's instantaneous or near-instantaneous jumps, though these lack the controlled entry and exit points central to fictional narratives. The ER=EPR conjecture posits that entangled particles may be linked by microscopic wormholes (Einstein-Rosen bridges), potentially explaining quantum non-locality without FTL signaling, as entanglement correlations do not transmit usable information faster than c due to the no-communication theorem. Traversable wormholes, as theorized by Morris and Thorne in 1988, could shortcut spacetime for apparent FTL travel but similarly require negative energy to keep the throat open, preventing collapse, and offer no mechanism for precise navigation akin to hyperdrive plotting. These ideas remain purely theoretical, with entanglement observed in experiments like those violating Bell inequalities but yielding no practical travel applications. Despite these analogies, hyperdrive concepts face profound physical challenges that underscore their implausibility as of 2025. FTL mechanisms risk causality violations, such as closed timelike curves enabling information or matter to propagate backward in time, a paradox exemplified by hypothetical tachyons—particles with imaginary mass (m = iμ, μ > 0) that always travel faster than c and could send signals to the past in certain reference frames. Energy requirements for warp-like bubbles, even in optimized models reducing the initial Jupiter-mass equivalent to around 700 kg of exotic matter, vastly exceed global human outputs (≈ 10^20 J annually) and remain unfeasible without breakthroughs in quantum vacuum energy extraction. However, recent theoretical models proposed in 2025, such as those from the Applied Physics laboratory, suggest warp drives may be possible without negative energy by using positive energy configurations and spacetime shells, though still requiring immense energy and remaining untested.^[34] No experimental evidence supports FTL travel, negative energy densities, or stable wormholes, with ongoing research constrained by general relativity's consistency and quantum field theory's prohibitions on superluminal propagation.

Real-World Uses and Analogues

Technology and Computing

In computing hardware, the term "hyperdrive" has been applied to high-performance storage solutions designed to deliver accelerated data access speeds. A prominent example is the HyperDrive Next USB4 NVMe SSD enclosure developed by HYPER, a San Diego-based company specializing in Mac accessories. Introduced in 2023, this portable enclosure supports M.2 NVMe SSDs up to 8TB and leverages USB4 connectivity for transfer speeds up to 40Gbps, making it compatible with Thunderbolt 3/4 ports on Macs for seamless integration in creative and professional workflows.^[35] The aluminum-housed device emphasizes durability with water and dust resistance, achieving real-world read/write speeds exceeding 3,000MB/s when paired with high-end NVMe drives, thus providing "hyper" performance for video editing, photography, and data-intensive tasks on Apple Silicon machines.^[36] Earlier iterations of hyperdrive-inspired storage trace back to the late 1980s and 1990s, when companies like Attorn developed RAM-based solid-state drives under the HyperDrive name. These PATA/SATA-compatible units offered significantly faster boot times and file access compared to mechanical hard drives of the era, targeting enterprise and embedded systems where low latency was critical, though they were limited by volatile memory requiring constant power.^[37] Modern cloud computing applications feature Hyperdrive as a dedicated service for rapid data processing. Cloudflare launched Hyperdrive in September 2023 as an edge-caching layer that optimizes connections to remote databases, reducing query latency by up to 300ms for global applications. As of November 2025, it supports providers like Google Cloud SQL, AWS RDS, and Neon, enabling developers to treat regional databases as distributed systems without code changes, which is particularly impactful for real-time analytics and AI inference at scale.^[38] Complementing this, academic projects like the 2017 Hyperdrive cloud testbed provide flexible environments for experimenting with distributed systems, including Hadoop integrations for big data processing.^[39] More recently, the 2024 HyperDrive framework addresses serverless function scheduling across edge-cloud continua, minimizing execution delays in hybrid infrastructures.^[40]

Entertainment and Media Outside Fiction

In television, the term "hyperdrive" has appeared in non-science fiction contexts as titles for comedic and reality programming. The BBC sitcom Hyperdrive, which aired in 2007, is a satirical series depicting the misadventures of a British space exploration fleet in the year 2151, poking fun at bureaucratic inefficiencies and interpersonal dynamics in a futuristic setting.^[41] Created by Kevin Cecil and Andy Riley, it starred Nick Frost as the ship's commander and ran for one series of six episodes, blending workplace comedy with light-hearted space parody. Separately, Netflix's Hyperdrive (2019) is a reality competition series focused on extreme car drifting, where international drivers navigate massive obstacle courses in customized vehicles, emphasizing high-speed maneuvers and automotive skill rather than interstellar travel.^[42] Executive produced by Charlize Theron, the show featured 18 competitors across 10 episodes, highlighting drifting techniques like donuts and rail slides in a high-stakes format.^[43] Beyond screen media, "hyperdrive" has echoed in music as a metaphor for intense speed and energy. Jefferson Starship's song "Hyperdrive," from their 1974 album Dragon Fly, uses the term to describe a surging, propulsive rock sound, evoking acceleration and cosmic thrill in its lyrics and instrumentation. The track, written by band members Craig Chaquico, David Freiberg, and Pete Sears, appeared on the album released that year.^[44]

References

[1]
Warp Speed: The Hype of Hyperspace | Space
Dec 11, 2017 · Spaceships traveling at speeds faster than light is a staple of science fiction writers, who call the concept by many names, including hyperspace, hyperdrive, ...
[2]
A physicist explains the science of hyperspace—and why Star Wars ...
Hyperspace is, in theory, a set of extra dimensions beyond the three that we experience daily. These extra dimensions are able to connect distant points in real ...
[3]
Science fiction's 'warp drive' is speeding closer to reality
Oct 10, 2025 · In science fiction, a warp drive is a propulsion system that creates a bubble of spacetime around a spaceship. That bubble is then accelerated ...
[4]
Prior Visions of Star Flight | Centauri Dreams
Dec 29, 2011 · 1928, Faster-than-light first mentioned, E.E. 'Doc' Smith, Skylark series. 1931, “Hyperspace” term coined, John Campbell, Islands of Space.
[5]
[PDF] The warp drive: hyper-fast travel within general relativity - arXiv
A propulsion mechanism based on such a local distortion of spacetime just begs to be given the familiar name of the “warp drive” of science fiction. The metric ...
[6]
Hyperdrive - Etymology, Origin & Meaning
Hyper-drive, coined by 1946 from drive (n.) and hyperspace, means a fictional propulsion enabling spacecraft to exceed light speed, defying Einstein's ...
[7]
https://www.dictionary.com/browse/hyperdrive
[8]
The Project Gutenberg eBook of First Lensman, by E. E. "Doc" Smith.
By mind and by machine they surveyed the neighboring continua; they developed the hyper-spatial tube and the inertialess drive ... The Lensman Series.
[9]
hyperdrive n. - Historical Dictionary of Science Fiction
Jan 26, 2021 · a spaceship drive that enables travel faster than the speed of light; (also) the state of such travel; cf. hyperspace n. Propulsion · FTL.Missing: etymology | Show results with:etymology
[10]
Deanna Kreisel, “The Discovery of Hyperspace in Victorian Literature”
In H. G. Wells's “The Plattner Story,” this posited omniscient view—and invasion of domestic privacy—does in fact occur when a mild-mannered three-dimensional ...
[11]
hyperspace n. - Historical Dictionary of Science Fiction
Aug 27, 2025 · hyperdrive n. Originally (OED3: 1852) a term in mathematics for a space having more than three dimensions. SF Encyclopedia · Wikipedia · FTL.
[12]
[PDF] fictional spaceships travel at the speed of plot. so says j.
Other science fiction creators postulated technological or natural solutions that shortened the actual trips, including faster-than-light drives, hyperdrives, ...
[13]
Millennium Falcon | StarWars.com
The Falcon can be unpredictable, with her hyperdrive particularly balky. Despite her flaws, she's beloved by her owners – Han Solo and Chewbacca spent years ...
[14]
Star Wars Inside Intel: Hyperspace | StarWars.com
Purrgil introduced sentients of the galaxy to hyperspace and inspired them to create hyperdrives in order to travel to the alternate dimension that these ...
[15]
Coaxium | Star Wars Databank | StarWars.com
Coaxium is a rare hypermatter essential for faster-than-light travel, used in starships' hyperdrive. It is highly volatile and mined on worlds like Kessel.
[16]
Star Wars Inside Intel: The Death Star
Aug 17, 2021 · Using its class 4 hyperdrive, the Death Star tracked and followed the Millennium Falcon to the rebels' base on Yavin 4, where Grand Moff Tarkin ...
[17]
Star Wars: Heir to the Jedi - Exclusive Excerpt! | StarWars.com
Feb 27, 2015 · “Luke, let's just run to the edge of the interdiction field! The Jewel is fast enough!” I'd thought of that already, and perhaps it would ...<|separator|>
[18]
A Mysterious Mission Begins in The High Republic: Convergence
Oct 4, 2022 · But as drought ravaged her world, and hyperlanes crawled with pirates, the safety of the cargo was a matter of life and death. Under ...<|control11|><|separator|>
[19]
Designing the Kessel Run in Solo: A Star Wars Story
May 31, 2018 · Solo: A Star Wars Story design supervisor James Clyne discusses designing the Kessel Run sequence, including battering the Falcon, ...
[20]
Does The Culture possess FTL communication?
Feb 28, 2017 · Banks's Culture has the ability to travel faster than light (up to 233,000 c) with infraspace engines built from exotic nanomatter, but can it ...Missing: gridfire | Show results with:gridfire
[21]
How are starships powered in The Culture? - Sci-Fi Stack Exchange
Jun 4, 2021 · Sources of energy for the Culture are fusion, anti-matter (used for small powerful devices like hand guns), and the Energy Grid, the latter for starships.Missing: gridfire | Show results with:gridfire
[22]
FTL Drive - Mass Effect: Legendary Edition Guide - IGN
Jun 29, 2024 · The amount of element zero and power required for a drive increases exponentially to the mass being moved and the degree it is being lightened.
[23]
FTL - Mass Effect Wiki - Fandom
FTL drive cores work by exposing element zero to electric currents, creating mass effect fields. It reduces the mass of an object, such as a starship, to a ...
[24]
Conjoiner drive | Revelation Space Wiki - Fandom
Conjoiner drives were starship engines built by the Conjoiners that used quantum mechanics to propel starships up to relativistic speeds.
[25]
Conjoiners | Revelation Space Wiki - Fandom
All Conjoiners possess, at the minimum, a net of nanomachines inside their head that mimic their host's brain structure and thus augment the host's neural ...
[26]
Jumpgate | The Babylon Project | Fandom
Jumpgates (also referred to as vortex generators) are large spaceborne structures made up of three or four separate but aligned struts that generate a spatial ...Technology · History · Jumpgate Use · Bonehead Maneuver
[27]
Hyperdrive | SGCommand - Stargate Wiki - Fandom
Hyperdrives are devices which allow ships to break the light-speed barrier, enabling interstellar and in some cases intergalactic travel.Asgard hyperdrive · Ancient hyperdrive · Ori hyperdrive · Wraith hyperdrive
[28]
Known Space (Literature) - TV Tropes
When these ships, which had carried only enough fuel for the one-way trip, got there, it became apparent that a quirk in the probes' coding had caused them ...
[29]
SFE: Hyperspace - SF Encyclopedia
Jan 28, 2016 · Hyperspace is often seen as a space of higher Dimension through which our three-dimensional space can be folded or crumpled, so that two ...
[30]
Hyperspace in Science Fiction - Centauri Dreams
Jan 7, 2006 · “Hyperspace is the science fictional name for the 'other space' used in such short cuts. The word was invented by John W. Campbell for his short ...
[31]
Kaluza, Klein and their story of a fifth dimension | plus.maths.org
Oct 10, 2012 · Kaluza and Klein showed, using general relativity, that this extra dimension would still have an effect on the space around us. In particular ...
[32]
Hyperspace – A Scientific Odyssey - Michio Kaku
The key idea of Theodore Kaluza in the 1920s was to write down a five dimensional theory of gravity. In five dimensions, the gravitational field has 15 ...Missing: influence | Show results with:influence
[33]
The warp drive: hyper-fast travel within general relativity - IOPscience
The warp drive: hyper-fast travel within general relativity. Miguel Alcubierre. Published under licence by IOP Publishing Ltd Classical and Quantum Gravity, ...
[34]
https://www.popularmechanics.com/science/a65653811/scientists-say-physical-warp-drive-is-now-possible/
[35]
Hyperdrive USB4 SSD Enclosure review: specs, performance, cost
May 10, 2025 · Hyper's Next SSD enclosure uses USB4 for fast read/write speeds and has a convenient, toolless installation.
[36]
Power, Speed and Strength in SSD brands - StorageSearch.com
HyperDrive - from Attorn - is the name for a PATA/ SATA RAM SSD. In English usage - Hyper - suggests an extreme state. In the computer market it was used in the ...
[37]
Revolutionizes Database Performance with Hyperdrive | Cloudflare
Supports a wide range of the most popular database providers, including those hosted on AWS, Google Cloud, Neon and Timescale, as well as ...
[38]
[PDF] Hyperdrive: a flexible cloud testbed for research and education
Hyperdrive: a flexible cloud testbed for research and education ... We can also support Apache's. Hadoop (the open source version of Google's MapReduce).
[39]
Scheduling Serverless Functions in the Edge-Cloud-Space 3D ...
Oct 21, 2024 · Abstract page for arXiv paper 2410.16026: HyperDrive: Scheduling Serverless Functions in the Edge-Cloud-Space 3D Continuum. ... Google Scholar ...<|control11|><|separator|>
[40]
Hyperdrive/Feel the Force - The Hollywood Reporter
Jan 17, 2007 · “Hyperdrive” is a sci-fi parody set in the year 2151. The idea is that the British have launched a fleet of spaceships to explore the galaxy ...
[41]
Watch Hyperdrive | Netflix Official Site
Elite street racers from around the world test their limits in supercharged custom cars on the biggest, baddest automotive obstacle course ever built.
[42]
Drifting Takes On Reality TV in New Netflix Show Hyperdrive
The new Netflix series Hyperdrive is an amateur drifting competition with Hollywood-style stunts, and it's the rare car-themed reality show ...
[43]
Hyperdrive - Videogame by Midway Games - Arcade Museum
Midway's futuristic arcade hover-racing game. Hyperdrive features custom arcade controls, a sit-down cabinet, and state-of-the-art 3D graphics.
[44]
Hyperdrive - PrimeTime Amusements
Hypderdrive is a futuristic arcade space racing game released by Midway in 1998. Featuring custom arcade controls and stellar 3-D graphics.
[45]
Obscure pop song sets tone on ABC's Lost' - The Oklahoman
Oct 7, 2005 · The scene was a nail-biter, but what sent my brain into hyperdrive was that horrible, obscure pop song from the dark recesses of classic AM