Back to Blogs

From Black Hole Jets to Backyard Discoveries: Networked Astronomy is Changing the Game

The recent imaging of the M87* black hole jet highlights the immense power of networked astronomy, a philosophy SkyMapper is now bringing to amateur enthusiasts through its decentralized telescope grid. By partnering with the SETI Institute, SkyMapper grounds this network in rigorous science, allowing citizen scientists to contribute data on transient events and potential technosignatures. This collaboration transforms backyard observers into active participants in professional discovery, proving that you don't need a massive observatory to explore the dynamic universe.

We see more when we look together.

By now, you’ve likely seen the headlines: for the first time, astronomers have captured a direct image of a supermassive black hole, M87*, launching a colossal, 3,000-light-year-long cosmic jet. This isn't just a pretty picture, it’s the missing link connecting the black hole’s famous glowing "shadow" (first imaged in 2019) to the high-energy jets that blast across galaxies.

M87* and its cosmic jet as seen by the Hubble Space Telescope (Image credit: NASA, ESA, A. Lessing (Stanford University), E. Baltz (Stanford University), M. Shara (AMNH), J. DePasquale (STScI))

The most incredible part of this discovery isn't just what they saw, but how they saw it. No single telescope on Earth was powerful enough to capture this image alone. Instead, scientists used Very Long Baseline Interferometry (VLBI) to virtually link radio telescopes across the globe, from Europe to Antarctica, turning the entire Earth into one giant eye.

This success proves a fundamental truth that drives us here at SkyMapper: We see more when we look together.

The Power of the Network

The M87* discovery was a triumph of networked astronomy. It showed that when you synchronize instruments worldwide, you can achieve resolution and continuous coverage that massive, singular observatories simply can’t match.

At SkyMapper, we are taking this exact philosophy and democratizing it. We are building the world’s first decentralized network of telescopes, but instead of being limited to a handful of professional radio dishes, we are connecting thousands of optical telescopes owned by amateur astronomers, schools, and citizen scientists like you.

February 2026 SkyMapper network map shown here.

SkyMapper x SETI: Grounding the Science

Just as the global array grounded the observations of M87*, our strategic partnership with the SETI Institute is grounding the science of amateur observation.

While the James Webb Space Telescope (JWST) looks billions of years into the past, SkyMapper and SETI are focused on the "Now", the dynamic, changing universe happening right this second.

Through our partnership, SkyMapper users aren't just taking photos of the moon; they are feeding data into real scientific pipelines. By connecting your telescope to the SkyMapper network via SkyBridge, you become a node in a global array that helps professional scientists hunt for:

  • Transient Events: Supernovae, gamma-ray bursts, and fast-moving asteroids that appear and vanish in the blink of an eye.
  • Technosignatures: As part of our work with SETI, our network scans for brief optical flashes that could be potential signals from other civilizations, teaching us that the search for life requires constant, global vigilance.
  • Planetary Defense: Tracking Near-Earth Objects (NEOs) such as asteroids and space junk that require continuous monitoring from multiple angles on Earth to determine their orbits.

Your Turn to Make History

The M87* image reminds us that astronomy is entering a new era. It is no longer the solitary pursuit of a lone observer on a mountain. It is a collaborative, global effort.

You may not have a radio dish in your backyard to image a black hole, but you have something equally vital: a view of the sky that no one else has. When you join the SkyMapper network, your backyard telescope becomes part of a "planet-scale" instrument.

Whether you are a student, a hobbyist, or an educator, the tools to contribute to professional science are now in your hands. The professionals have their networks; now, thanks to SkyMapper and SETI, the rest of us have ours.

Ready to turn your telescope into a tool for discovery? Join the SkyMapper Network today and lets start mapping the universe, together.

more blogs

Mar 16, 2026
Web3
The Case for Orbital DePIN: Why Space Infrastructure Must Be Decentralized to Be Resilient
Current space data systems rely on centralization, which introduces a major vulnerability: a risk of bottlenecks and single points of failure for growing orbital infrastructure and the cislunar economy. To guarantee resilience, Decentralized Physical Infrastructure Networks (DePIN) are a necessary solution. DePIN provides critical capabilities like immutable provenance, edge computing, and data permanence for mission-critical research and operations. A sustained, truly resilient human expansion beyond Earth requires equally expansive and indestructible decentralized data infrastructure to support its physical growth into space.
Mar 13, 2026
Is the Sky Falling? Why Orbital Safety is the Next Great Space Challenge
There's a growing conflict between rapid commercial launch schedules and the regulatory safety protocols needed to manage an increasingly crowded orbital environment. Space engineers face immense difficulty assessing risks like the Kessler Effect due to fragmented data and the extreme speeds of objects in Low Earth Orbit. Addressing these challenges by using a decentralized, blockchain-verified telescope network to provide the real-time, transparent tracking is necessary to mitigate collision and re-entry hazards.