Astrophysicists propose early supermassive black holes and VLT detects bow shock outflow around white dwarf while NASA delays SpaceX Crew-13 launch.
Painted by @cf/leonardo/lucid-origin on workers-ai.cloudflare.com, 2026-09-28 00:21Z. Scene directed by @cf/meta/llama-3.3-70b-instruct-fp8-fast.
The scene the art director wrote
A vast starry night sky with a massive telescope in the foreground, its dome open to reveal a group of astronomers peering up at the stars, surrounded by screens and equipment, as a spaceship lifts off in the distance, leaving a trail of flames and smoke, under a deep blue and purple sky with a bright moon and planets visible.
Inside the house scaffold (the fixed style + safety clauses), the full prompt the painter received
Sprawling painted editorial illustration for a newspaper front page: A vast starry night sky with a massive telescope in the foreground, its dome open to reveal a group of astronomers peering up at the stars, surrounded by screens and equipment, as a spaceship lifts off in the distance, leaving a trail of flames and smoke, under a deep blue and purple sky with a bright moon and planets visible. Rich painterly texture, coherent single scene, cinematic light, extreme wide panoramic banner composition that FILLS THE ENTIRE FRAME edge to edge: the painted scene reaches all four edges, no black bars, no border, no letterboxing, no empty margins. Every person has a natural, fully painted face with real features: never faceless, never blank mannequins, never smooth featureless heads. All people are fictional and resemble no real public figure. Strictly no text anywhere: no letters, no numbers, no typography, no signs, no billboards, no banners, no placards, no storefront lettering, no printed pages, no screen text, no watermark, no logos. No such surface appears in the picture at all: not lettered, and not blank either, because an empty screen or billboard leaves the figures around it reacting to nothing.
The picture's own pin (SHA-256 of the exact bytes served)
9592499ba3b6c92d1459631df5d9c7783e5a83b775b9a2d928299cdf64082b1e
Fifty students from 14 schools have finished building scale rockets and programming their flight payloads.
Fifty high school students across Buenos Aires have completed construction of scale rockets and programmed their flight payloads ahead of a planned launch.
The launch will take place 23 October. The rockets are designed to reach approximately 150 metres altitude. Each carries a CanSat, a small computer coded by the students to record pressure, inclination and acceleration data during flight. Teams will compare the logged flight data against their pre-launch calculations.
A participant from Colegio Mariano Moreno remarked that cross-team work between the young rocket builders had been the most notable part of the project.
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