First Image Captured Of Black Hole At The Center Of Milky Way Galaxy

The video discusses the Event Horizon Telescope's groundbreaking achievement of capturing the first image of a black hole, Sagittarius A*, located at the center of our galaxy. It explains the challenges of imaging black holes, which are regions of extreme gravity and infinite density, and how the telescope network across the globe enables high-resolution imaging. The video highlights the significance of understanding black holes to comprehend gravity and space-time better.

What is the name of the black hole at the center of our galaxy that the Event Horizon Telescope imaged?

• Cassiopeia A*

• Andromeda A*

• Sagittarius A*

• Orion B*

Why can't the Event Horizon Telescope capture images of the black hole itself?

• Because black holes are too far away

• Because black holes emit too much light

• Because black holes are black and do not emit light

• Because black holes move too quickly

What does the bright ring in the image taken by the Event Horizon Telescope represent?

• The event horizon of the black hole

• The shadow of the black hole

• The core of the black hole

• The light emitted by the black hole

How does the Event Horizon Telescope achieve high resolution in its images?

• By using a telescope in space

• By using a telescope with a special lens

• By using a single large telescope

• By combining images from multiple telescopes placed far apart

What is the significance of the collaborative effort in the Event Horizon Telescope project?

• It enables the use of more powerful telescopes

• It reduces the cost of the project

• It brings together diverse expertise to achieve a common goal

• It allows for faster data processing