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REALITY BREACH

Sci-Fi → Real

Central Hypothesis

“Tracking science fiction inventions crossing the threshold into real, working technology.”

Evidence strength · grounded

40 sourced findings

72%

🚀 Reality Breach Index — Sci-Fi → Real

Power level: 120 kW achie

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InventionStatusDetail

Lithium-Fed Magnetoplasmadynamic (MPD) Thruster

Power level: 120 kW achieved…

InventionLithium-Fed Magnetoplasmadynamic (MPD) Thruster

StatusPower level: 120 kW achieved, 25x more powerful than NASA's current highest-power electric thruster; first US test of an electric propulsion system at this power level (NASA/JPL, 2026-02-24)

DetailCAUSAL: (1) NASA JPL, with Princeton University and NASA's Glenn Research Center, fired a prototype lithium-metal-vapor MPD thruster at up to 120 kilowatts, the highest power level for an electric propulsion system tested in the US, with the tungsten electrode glowing past 5,000°F. (2) The MPD design uses high current interacting with a magnetic field to electromagnetically accelerate lithium plasma, a concept researched since the 1960s but never flown, and the test was funded by NASA's Space Nuclear Propulsion project, which targets a megawatt-class nuclear electric propulsion system for human Mars missions. (3) A crewed Mars mission is estimated to need 2-4 megawatts of sustained thrust power for 23,000+ hours, so this test is a small but concrete step off the concept-paper stage toward that target, though it also shows how many orders of magnitude of scaling remain before nuclear-electric Mars propulsion is flight-ready.

nasa.gov

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MetricValueDetail

Race to Net Energy Gain

🏁 = commercial fusion

CFS SPARC

65%

🏁

Demo 2027

Helion

55%

🏁

PPA 2028

ITER

70%

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Plasma 2030s

ITER Council reports continued progress on manufacturing, assembly and licensing

38th Council meeting, 26 June…

MetricITER Council reports continued progress on manufacturing, assembly and licensing

Value38th Council meeting, 26 June 2026 (ITER)

DetailCAUSAL: (1) The ITER Council convened its 38th meeting on June 26, 2026 in Saint-Paul-lez-Durance, France, reviewing progress on magnet manufacturing, tokamak assembly, project licensing, and quality/resource management. (2) This follows completion of all superconducting magnets and the successful cooldown of the first D-shaped toroidal field coil to 4 Kelvin in May 2026, concrete hardware

iter.org

NIF Target Fabrication Breakthrough (Continuous Gradient Doping)

Fusion yield: 8.6 MJ record…

MetricNIF Target Fabrication Breakthrough (Continuous Gradient Doping)

ValueFusion yield: 8.6 MJ record shot, target gain >4.13; enabled by continuous-gradient tungsten doping of diamond fuel capsules (LLNL/NIF, 2025-04-07)

DetailCAUSAL: (1) On April 7, 2025, NIF's eighth ignition shot produced a record 8.6 megajoules of fusion energy from 2.08 MJ of laser input, for a target gain over 4, using a new diamond-capsule design. (2) The breakthrough was 'continuous gradient doping'; gradually ramping tungsten concentration up and back down through the capsule's diamond shell instead of using abrupt dopant layers, which reduces hydrodynamic 'mix' contamination of the fusion fuel and lets the implosion compress more cleanly. (3) LLNL states record target gains give NIF a physics basis for treating fusion as a future baseload power source, so a materials/manufacturing fix in capsule fabrication; not a new laser or facility; is what unlocked the latest yield jump, suggesting further target engineering could keep raising yields without new capital investment.

lasers.llnl.gov

NASA Moon Base I-III sustained-operations buildout

NASA’s May 2026 Moon Base update converted a general return-to-the-Moon program into a sequenced infrastructure plan: three missions for landers, cargo, rovers, science payloads and site-risk…

33%

MilestoneNASA Moon Base I-III sustained-operations buildout

TimelineMoon Base I-III: NASA announced three initial South Pole missions, with Moon Base I targeted no earlier than fall 2026, Moon Base II carrying more than 1,100 lb of cargo, and crewed/uncrewed lunar mobility systems targeted for deployment by 2028 (NASA, 2026-05-27)

DetailCAUSAL: (1) NASA’s May 2026 Moon Base update converted a general return-to-the-Moon program into a sequenced infrastructure plan: three missions for landers, cargo, rovers, science payloads and site-risk reduction. (2) Commercial partners are contracted to deliver Blue Moon Mark 1, Griffin/FLIP and Nova-C/Lunar Vertex missions, while NASA awarded $219 million to Astrolab and $220 million to Lunar

nasa.gov

FALCON GPS-independent spacecraft navigation

NASA and EraDrive combined Starling's cameras, a catalog of about 20,000 objects, and onboard algorithms to navigate without GPS and to update object orbits without ground intervention.

67%

MilestoneFALCON GPS-independent spacecraft navigation

TimelineNavigation milestone: NASA's FALCON system used onboard optical observations of other spacecraft and orbital debris to determine Starling's orbit, and improved the known orbits of more than 200 objects during a three-day autonomous run (NASA, 2026-08-17)

DetailCAUSAL: (1) NASA and EraDrive combined Starling's cameras, a catalog of about 20,000 objects, and onboard algorithms to navigate without GPS and to update object orbits without ground intervention. (2) The system matched observed spacecraft and debris to catalog entries, then used those references to estimate Starling's position and refine other objects' predicted orbits.

nasa.gov

FLEET ultrasonic regolith excavation and transport test

NASA's FLEET project took an ultrasonic blade into approximately 22-second reduced-gravity intervals and tested it in lunar and Martian regolith simulant.

100%

MilestoneFLEET ultrasonic regolith excavation and transport test

TimelineSpace construction milestone: NASA tested an ultrasonic blade in lunar and Martian regolith simulant during parabolic flight; a related vibratory conveyor is planned for vacuum reduced-gravity testing (NASA, 2026-06-23)

DetailCAUSAL: (1) NASA's FLEET project took an ultrasonic blade into approximately 22-second reduced-gravity intervals and tested it in lunar and Martian regolith simulant. (2) Vibration lowers tool-soil reaction forces, which could reduce excavation hardware mass; a separate vibratory conveyor is intended to study moving regolith in vacuum and reduced gravity.

nasa.gov

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TechnologyStatusDetail

Free-form 3D omnidirectional thermal cloak

Cloaking performance…

TechnologyFree-form 3D omnidirectional thermal cloak

StatusCloaking performance: experimentally fabricated 3D apple-in-pear thermal cloak reached relative temperature differences of 0.037 and 0.079 under two heat directions; metal 3D printing reproduced the designed lattice (Nature Communications, 2026-05-20)

DetailCAUSAL: (1) Researchers realized arbitrary-shaped three-dimensional thermal cloaks using a graded anisotropic lattice made from AlSi10Mg and PDMS, with the design concealing an internal object from multi-directional thermal detection. (2) A de-homogenization method maps the required conductivity tensor into a connected 3D lattice that can be metal 3D-printed and mold-cast; infrared experiments