At the Milky Way’s Center, the Webb Telescope Has Detected Water Close to a Black Hole

James Webb Space Telescope Makes a Surprising Find

According to Radiotrek — Світ: Near the supermassive black hole Sagittarius A*, which sits at the heart of the Milky Way, the James Webb Space Telescope has found water molecules and silicate dust around a star known as IRS 3. That star lies just 0.55 light-years from the black hole. IRS 3 is an aging giant, roughly six times the mass of the Sun, and as it approaches the final phase of its existence, it is shedding gas and dust into space. The presence of water molecules came as a shock, because the region is flooded with intense ultraviolet and X-ray radiation that would normally tear such molecules apart.

A Protective Shell Around IRS 3

Astronomers believe a thick envelope of dust surrounding IRS 3 may be shielding the water molecules from this destructive radiation. To analyze that shell, the research team generated around 100,000 computer simulations.

This discovery highlights the value of looking at objects that exist under extreme conditions, and it offers a fresh view of how molecules can remain intact in space.

The finding marks a major step toward understanding how the building blocks of life can survive in the most hostile regions of the cosmos.

By studying objects like IRS 3, scientists can gain a clearer picture of stellar evolution and the ways stars affect their surroundings. Insights into how water molecules stay protected could also inform the search for life beyond Earth, and observations like this continue to demonstrate why space telescopes remain vital to modern astronomy.

This remarkable discovery of water near IRS 3 not only sheds light on the survival of molecules in extreme environments but also parallels other significant findings in the Milky Way. For instance, recent observations have revealed similar phenomena around dying stars, which can provide further context to the ongoing research. To explore more about the implications of these findings and their relevance to stellar life cycles, check out how Webb has detected water around another star.