Dragonfly's July 2028 target launch begins a six-and-a-half-year journey to Titan, where a nuclear-powered flying laboratory will compare organic dunes, weather and impact terrain.
Launch cost has fallen dramatically, but Shuttle, Falcon and Starship figures measure different things. The sub-$100/kg case still depends on full reuse, cadence and full payloads.
AI data centres need electricity after sunset. Google and Amazon are helping finance gigawatt-scale storage, but duration, firm generation and flexible demand still matter.
The 140-trillion-oceans figure is a modelled inventory of diffuse water vapour around a gravitationally lensed quasar at redshift 3.91.
Europa may contain about 3 billion cubic kilometres of liquid water, while Enceladus offers spacecraft direct access to material from a hidden ocean.
Fram2's 90-degree orbit was a genuine human-spaceflight first. NASA came close with a polar shuttle plan at Vandenberg, but no government crew ever flew the route.
Five Pentagon UAP file releases expand the public record, while AARO's own figures show why unresolved cases are evidence gaps rather than verified extraterrestrial technology.
Webb's possible DMS signature on K2-18 b survives as a disputed candidate, while 2026 chemistry and retrieval studies show why neither the molecule nor its origin is settled.
Voyager 1's four-watt annual power decline is real, but the mission has also survived failed memory, ageing thrusters and a deliberate programme of instrument shutdowns.
Titan’s methane weather produces an Earth-like cycle of clouds, rain, rivers and seas over a crust where water ice behaves as stone.
The Algerian meteorite fills a 1.8-billion-year void in Mars's geological record, offering the first window into a mysterious period when the Red Planet may have undergone dramatic internal changes.
The real space job for AI isn't commanding starships—it's making split-second decisions when radio delays make human oversight impossible.
Machines that navigate by themselves are finally allowing Mars rovers to outrun the planet's punishing delays—and to go places human operators never could.
Our nearest stellar neighbor could harbor life, yet remains unreachable with today's technology—forcing us to choose between patience and innovation.
The final resting place of dead spacecraft is far messier—and more carefully orchestrated—than the name "graveyard" suggests.
Humanity may have already discovered the cure for cancer or the blueprint for fusion energy—buried somewhere in NASA's vast digital archives, waiting for artificial intelligence to find it.
