James Webb Telescope Captures Sharpest Image of Black Hole Edge, Solving Infrared Mystery

Here’s⁣ a breakdown of‌ the key details from the ​provided⁤ text:

* JWST’s Enhanced Resolution: The James Webb Space Telescope (JWST) effectively doubled‌ its resolution in this observation, acting​ like a 13-meter telescope instead of its actual 6.5-meter diameter.
* Target Galaxy: The observation focused on the center of the Circinus galaxy.
* Area Observed: JWST captured a sharp view of a 33-light-year-wide area at the galaxy’s center.
* Black Hole Feeding: Researchers determined that approximately 87% ​of the excess infrared emissions originate from the dusty disk actively feeding the central supermassive black hole⁣ (SMBH). This disk is described as “the inner ⁣surface of the hole of⁤ the doughnut.”
* Previous Theories Disproven: ​ The findings⁤ challenge previous ‍theories that suggested the excess emissions came from hot dusty winds or residual starlight. Energetic outflows from the SMBH account for less than 1% of the emissions.
* Potential Impact on Star Formation: ⁣The ‌accretion of material onto ⁢the black hole may be suppressing star formation in the galaxy’s center,but further ‌observation is needed to confirm this.