AstroTale Command/APOD ARCHIVE: 2026-11-06
NASA CATALOG + DOCUMENTED ANALYSIS
Source: NASA APODARCHIVE DATE: 2026-11-06

A Farewell to Swift

It is time to say goodbye to NASA's Neil Gehrels Swift Observatory. After nearly 22 years of service, the satellite re-entered Earth's atmosphere on November 4 at 7:39 EST over the North Sumatra region of Indonesia. The featured image is a mosaic created in 2018 using the first one million images captured by the satellite's Ultraviolet/Optical Telescope. Swift had a combination of instruments, including an X-ray telescope and a gamma-ray telescope, that worked together to enable humanity to study, in unprecedented detail, the fastest and most energetic explosions in the universe. The most recent solar maximum accelerated the decay of the satellite's orbit. An innovative mission to rescue Swift by boosting its orbit was not successful. Swift burned on reentry like a shooting star, but the impressive data acquired by the telescope over its mission will continue to bring light to the mysteries of the cosmos for years to come. May it keep inspiring new missions to boldly go into space, explore new data and seek out new science.

COSMIC STORYTELLING SYNTHESIS (PROVENANCE IN DOSSIER):

As the Chief Narrator of AstroTale, I present your cosmic connection: The fading, ethereal glow of "A Farewell to Swift" serves as a poignant celestial memento mori, reminding us that even the most brilliant cosmic actors eventually surrender their light to the encroaching void. Yet, amidst this transient splendor, the steady, rhythmic pulse of the red dwarf GJ 876 anchors our gaze toward a more enduring reality. Just 4.68 parsecs away, the frozen, shadowed plains of GJ 876 c endure a perpetual twilight, a silent world waiting in the cosmic dark for a warmth that its distant sun can barely provide.

Observatory Instrument
JWST NIRCam + HST Optical Synthesis
Celestial Sector
Deep-Field Galactic Sector
Browse Recent NASA APOD Archive Chronicles
A Farewell to Swift (2026-11-06) — APOD Archive | AstroTale | Meteors.ai Space Network