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The first direct visual evidence of supermassive black holes and their shadows has been unveiled by the event Horizon Telescope, which was attended by UCL researchers.

Messier 87, located in the Virgo Cluster of Galaxies, is located at the center of a distant galaxy. The black hole is about 40 billion kilometers from the Earth and about 3 million kilometers from the Earth. Its quality is 6.5 billion times that of the sun.

Although a supermassive black hole is a relatively small astronomical object, it is expected to be one of the largest visible black holes on Earth, how to make a fake college degree for free, UCL fake college diploma, fake high school diploma and transcripts, buy a degree from a real university, fake London’s Global University certificate for purchase, making it the perfect target for the Event Horizon Telescope (EHT).

EHT is an international collaboration aimed at making black hole imaging by connecting eight ground-based radio telescopes around the world, making Earth-sized virtual telescopes with unprecedented sensitivity and resolution.

After decades of observation, technical and theoretical work, how to make a fake college degree for free, UCL fake college diploma, fake high school diploma and transcripts, buy a degree from a real university, fake London’s Global University certificate for purchase, this breakthrough was announced today in a series of papers published in a special issue of the Journal of Astrophysics. It consists of more than 200 researchers from Africa, Asia, Europe, North America and South America.

“By imaging the shadows of black holes, we have done what many people think is impossible, and it provides the strongest evidence to date that these avoidance and mysterious entities do exist. This is how we can image black holes. The closest approach, the black hole is an object with such a strong gravitational field, without any light or matter that can escape, “Dr. ZIR Younsi (UCL Big Shield Space Science Laboratory), part of the EHT collaboration.

“This observation lays the foundation for future black hole research and may play a vital role in our understanding of light and material behavior in the most extreme environments of the universe.”

Black holes are extraordinary cosmic objects with huge mass but very compact dimensions. They greatly affect the environment by warping time and space and overheating surrounding materials.

“If you are immersed in a bright area like a glowing gas, we expect a black hole to form a shadow-like dark area – this is predicted by Einstein’s general theory of relativity we have never seen before,” how to make a fake college degree for free, UCL fake college diploma, fake high school diploma and transcripts, buy a degree from a real university, fake London’s Global University certificate for purchase, EHT The chairman explained. Professor Heino Falcke of the Science Council (Radboud University, The Netherlands).

“This shadow caused by gravitational bending and event ray capture reveals the essence of these fascinating objects and allows us to measure the massive mass of M87 black holes.”

The black hole of M87 is about 2.5 times smaller than the shadow it casts. It is surrounded by a ring structure and its characteristics match the theoretical model.

“Once we have determined that we have imaged the shadows, we can compare our observations with a wide range of computer models including warpage spaces, physical properties of superheated materials and strong magnetic fields. Observed images Many of the features are surprisingly in line with our theoretical understanding,” said Dr. Paul TP Ho, how to make a fake college degree for free, UCL fake college diploma, fake high school diploma and transcripts, buy a degree from a real university, fake London’s Global University certificate for purchase, EHT board member and director of the East Asian Observatory.

“This gives us confidence in the interpretation of observations, including our estimation of the quality of black holes.”

These observations were made in 2017 using a technique called ultra-long baseline interferometry that synchronizes telescopes around the world and uses the rotation of the Earth to form a planet-sized telescope.

These telescopes are located in the volcanoes of Hawaii and Mexico, the mountains of Arizona and the Sierra Nevada Mountains of Spain, the Atacama Desert of Chile and Antarctica.