Scientists Are Creeping Closer to Colorized Black Hole Images

Black holes are low because of invisible. However, according to a new technique from the Horizontal Telescope (most likely) team, we are preparing to start to see them in color.

Astronomers have undergone a way of observing a road in many frequencies to observe the radio sky in more than one frequency, and allow them to create full color images of supermassive black holes. Skitattr is built in a technique based on a frequency transfer that allows scientists to be corrected for atmospheric intervention in real time in real time. In Straight English: Basically they realized how the radio telescope would give a multi-colored vision update. Sara Isssaoun, a researcher in the center of astrophysics | Harvard & Smithsonian, recently led the team of research published in astronomical magazine.

Event Horizon Telescope (as) Stunned the world In 2019, with the first image of a black hole-M87 *, Followed in 2022 Sagittarius by A *, a supermassive black hole in the center of Galaxy’s. Scientists now plan for a $ 300 million cosmic-based heir missionEvent Horizon Explorer, these images are designed to be lost and rotate the black hole and reveal the inconvenient photo rings to push the total ratio. Meanwhile there are some researchers bloody The aspects of the original SGR A * image can be solved that future observations suggest that an open question similar to the acrony disk can be longer.

It looks like the visible light of the light that the light seems to interpret the various wavelength and commenting them as a number of colors, and radio telescopes seize the slices of radio light slices that do not appear in specific frequency bands. Make these slices sufficiently stitching each other and get something like a color image, not in a visible spectrum.

But so far, most radio telescopes can observe only one frequency band at a time. The target of astronomers is a remote galaxy that seems to be seated in space. However, if scientists are trying to appear a rapidly spinning black hole, which spread relativist planes or gravity, cannot be captured in an image. The object simply can’t be exposed to a lot of multiple exposures that move so fast.

Enter the transfer of the frequency stage. Like declare Today, the team was able to follow the atmospheric distortions in a wavelength and sharpen the image of a different wavelength. (Correcting the distortion of the atmosphere is a regular problem for the observator based on the ground, but New technologies This allows the telescopes to overcome this long-term barrier in the surface-based astronomy. The team’s new black hole visualization method is still experimental, but the concept of evidence, the most extreme objects of the most extreme objects in the universe, the-concept means.

Gen Options (BHEX), who come as a black pit Explorer (BHEC), use this method by approaching a step to see a black hole in all severe and bright brightness, to use this method.