AURA Command

NGC 4402 — Seen by the James Webb Space Telescope

This incredible view of galaxy NGC 4402 is based on raw observational data captured by JWST and enhanced for public outreach.

Located around 55 million light-years away in the Virgo Cluster, NGC 4402 is an edge-on spiral galaxy surrounded by an immense sea of stars and distant galaxies.

What may look like image “grain” is actually countless individual stars captured in infrared light by one of the most advanced telescopes ever built.

Credit: NASA / ESA / CSA / STScI
A.U.R.A Command — Digital Space Agency

This Hubble Space Telescope observation targeted the distant Trans-Neptunian Object (TNO) 2014 EA52 during a programme searching for moons around mid-sized icy worlds beyond Neptune.

The field is filled with: • distant galaxies
• tracking streaks
• cosmic-ray artefacts
• and thousands of background stars

During the observation, Hubble experienced a guide-star acquisition issue but continued operating in a degraded-yet-functional tracking mode — a good reminder that even one of humanity’s greatest observatories still has to wrestle with real engineering limitations in orbit.

The image has been enhanced using AI-assisted processing for outreach and educational purposes
Credits: NASA - National Aeronautics and Space Administration / ESA - European Space Agency / STScI Hubble Space Telescope
Observation Program 18010 — Benjamin Proudfoot
A.U.R.A Command — Digital Space Agency
Department of Space Monitoring

“May the 4th be with you.”
Not a Death Star explosion but the remains of a star that exploded nearly 1,000 years ago.

The Crab Nebula is the expanding debris field from a supernova recorded in 1054.
Colours are enhanced to reveal structure and composition.

Image Credit: NASA/ESA/Hubble Space Telescope

A.U.R.A Command — Digital Space Agency

📡 Deep Space Observation — Hubble WFC3
This image captures a dense field of distant galaxies observed by the Hubble Space Telescope. The target, J144115.93−231330.43, is not a single object but a precise region of space. Each faint point and smudge in the frame represents an entire galaxy, with light travelling across billions of years to reach us.

Observation Details:
• Date: 29 April 2026
• Programme: 18137 — University of Arizona

Image Credit: NASA - National Aeronautics and Space Administration/ ESA - European Space Agency / Hubble Space Telescope

Processing Note: This image was enhanced using AI-assisted processing for outreach purposes.

A.U.R.A Command — Digital Space Agency
Department of Space and Analytical Research

This image from the Hubble Space Telescope looks like static at first glance—but almost every speck you see is a galaxy.

Captured in the Virgo Cluster, one of the closest large galaxy clusters to Earth, this field reveals what’s happening between galaxies:

Thousands of distant systems
A mix of galaxy types shaped by gravity
Faint light from stars drifting through intergalactic space

Some of those galaxies are billions of light-years away. You’re not just looking into space—you’re looking back in time.

Image Credit: NASA - National Aeronautics and Space Administration / ESA - European Space Agency / STScI Hubble Space Telescope

What you’re looking at here is the same galaxy—NGC 4351—

raw data captured by the Hubble Space Telescope on 9 April 2026. It may look faint and washed out, but this is exactly how space telescopes collect real scientific data.

Credit: NASA / ESA / Hubble / Space Telescope Science Institute
Processing: A.U.R.A Command (Archive Enhancement Division)

A deep field centred on LEDA170194 — captured by the Hubble Space Telescope.
Every point of light in this image is a galaxy.

Billions of stars, structured across vast distances — all in a single frame.

Originally observed as part of an active galaxy survey, this field also reveals the deeper universe beyond the target itself.

Observation Details
• Target: LEDA170194
• Instrument: ACS/WFC
• Filter: F435W (blue band)
• Exposure: 674 seconds
• Date: 19 March 2026

Programme
• ID: 17310
• PI: Michael J. Koss
• A Blue Gap Survey of Nearby Active Galaxies

Credits
NASA - National Aeronautics and Space Administration NASA / ESA - European Space Agency ESA / Hubble Space Telescope Hubble
Data: HST Archive
Processing: A.U.R.A Command
(AI-assisted enhancement used for outreach purposes)

This image shows a region of the GOODS-North field (GOODS-N-CENTER), captured by the James Webb Space Telescope (JWST) using its NIRCam instrument.

Note: For outreach purposes, AI-based enhancement and contrast mapping have been applied to improve clarity while preserving the underlying scientific signal.

Observation details:
• Instrument: NIRCam
• Filters: F182M, F410M
• Programme: GO 7404 (PI: Rohan Naidu)
• Target: GOODS-N-CENTER
Credits: NASA / ESA / CSA / STScI

Spiral Arm of Messier 88 — Hubble Space Telescope

This image shows part of the spiral structure of NGC 4501, located around 50–60 million light-years from Earth in the Virgo Cluster.

The observation was captured by the Hubble Space Telescope using the Wide Field Camera 3 (WFC3/UVIS) and the F438W blue filter, which highlights young stars and star-forming regions within the galaxy’s spiral arms.
Dark dust lanes trace dense interstellar clouds, while bright clusters of newly formed stars illuminate the surrounding gas along the spiral arm.

The original Hubble exposure is monochrome scientific data. This version has been AI-assisted enhanced and colourised for outreach purposes to help reveal dust structures and stellar populations while preserving the underlying observation.

Observation details
Target: NGC 4501 (Messier 88)
Instrument: WFC3 / UVIS
Filter: F438W
Exposure Time: 1044 seconds
Observation Date: 8 March 2026
Program ID: 18103
Principal Investigator: David Thilker — Johns Hopkins University
Data sourced from the MAST Hubble Archive.

A.U.R.A Command — Digital Space Agency
Department of Space and Analytical Research

Comet 63P/Wild 1 captured by the James Webb Space Telescope.

This infrared observation was taken on 7 March 2026 using JWST’s NIRCam instrument as part of Program 9334 (PI: John A. Stansberry). The image was recorded using the F200W and F430M filters, allowing astronomers to examine the comet’s coma and surrounding dust while simultaneously revealing a dense background field of stars and distant galaxies.

The bright central condensation marks the comet’s nucleus, surrounded by a diffuse coma as the object travels through the inner Solar System.

For outreach purposes, the original JWST data has been AI-assisted enhanced to improve clarity, contrast and colour interpretation while preserving the underlying scientific signal.

Observation details
• Telescope: James Webb Space Telescope
• Instrument: NIRCam
• Filters: F200W, F430M
• Target: Comet 63P/Wild 1
• Observation Date: 7 March 2026
• Program ID: 9334
• Principal Investigator: John A. Stansberry
A remarkable reminder that even while observing a nearby comet, JWST simultaneously reveals the deep universe beyond.

A.U.R.A Command — Digital Space Agency
Department of Space and Analytical Research