NASA Captured Image of Spiral Galaxy NGC 4698

The Hubble Space Telescope revealed a unique galaxy structure where spiral arms only exist at the outer perimeter.

Updated on Sept. 25, 2026 in Space

A spiral galaxy showing a dense, bright central disk surrounded by a faint, separate ring of spiral arms against a black void.
NASA released a new high-resolution image of the spiral galaxy NGC 4698, highlighting the unusual structure where spiral arms exist only on the galaxy's outer edge. AI Illustration. Upload story photo >

NASA released a high-resolution image of the spiral galaxy NGC 4698 on Sept. 18, 2026. Data captured by the Hubble Space Telescope highlights the distinct structural arrangement of the galaxy's disk.

Why it matters

The observation provides a clear view of NGC 4698, a galaxy characterized by spiral arms that do not extend to the central region. This imagery allows researchers to document the unusual morphology of galactic disks that deviate from standard spiral structures.

The Hubble Space Telescope captured the image, focusing on the specific geometry of NGC 4698. Unlike typical spiral galaxies, the spiral arms are restricted solely to the outer perimeter of the disk.

The players

NASA

The United States government agency responsible for the civilian space program, aeronautics research, and space exploration missions.

Hubble Space Telescope

A large space-based observatory that has provided high-resolution imagery of deep space objects since its launch in 1990.

The details

The Hubble Space Telescope uses high-resolution imaging to resolve structures in distant galaxies. By capturing light from the outer disk of NGC 4698, the telescope confirms that the spiral arms do not extend to the center of the galaxy. This structural anomaly distinguishes it from more common spiral configurations where disk features populate the entire radial span.

Timeline

  1. Sept. 18, 2026: NASA released the Hubble image of NGC 4698.

The Tech Race

This observation follows a long-standing pattern of utilizing the Hubble Space Telescope to document rare galactic anomalies. It sits alongside other deep-space studies that catalog specific morphologies to test models of galaxy formation.

This imaging data provides astronomers and students of physics with new empirical references for studying non-standard galactic disks. The findings serve as a benchmark for future research into how galaxy evolution results in such distinct structural distributions.

The takeaway

The study highlights how specific galactic environments can prevent the formation of spiral arms in central regions. Researchers will watch for future spectral analysis of NGC 4698 to determine the mass distribution within the non-spiral center.

Further reading

For more on ongoing deep-space observation missions, see our coverage of Space.