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Saqqara was the main necropolis of Memphis, the ancient capital of Egypt, and was used for the burial of nobles until the Roman era.
In Egypt, archaeologists have found an ancient crypt with a false door that helped the soul of the deceased enter and exit the tomb. This was reported by Smithsonian Magazine.
A burial more than four thousand years old was discovered in Saqqara, the necropolis of the ancient capital of Memphis. Hieroglyphic inscriptions indicate that the tomb belonged to a high-ranking official named Sehentiu-Ptah, who served as the king's chamberlain, overseer of the king's works, overseer of the scribes, and priest of the goddess Ma'at. Inside the crypt, in addition to the false door, they found a sacrificial table and a purification pool.
During the excavations, archaeologists also uncovered a network of burial shafts. Although some of them were looted in antiquity, they preserved human remains and funerary objects, including more than a hundred ushabti figurines - small figurines that, according to the beliefs of the Egyptians, were supposed to do work for the deceased in the afterlife. Saqqara, located about 30 kilometers south of Cairo, was the main necropolis of Memphis and remained the burial place of the nobility until the Roman era.

The Progress MS-33 cargo ship undocked from the International Space Station on September 7 and was sunk in a non-navigable area of the Pacific Ocean. The spacecraft delivered more than 800 kg of fuel, 420 kg of drinking water, 50 kg of oxygen and equipment for the Sun-Terahertz experiment to the ISS.

Scientists at Oryol State University named after I. S. Turgenev discovered that a laser beam can activate singlet oxygen in brain tissue, regulating vascular tone and improving blood flow in target areas without damaging neighboring tissues, which opens up prospects for the treatment of ischemia and other vascular disorders.

Philip Stook, a professor emeritus at the Canadian Institute of Earth and Space Exploration, said the United States was not the first to reach the surface of the Moon and does not own it, emphasizing that the Moon belongs to no one under international space law. University of British Columbia astronomy professor Jamie Matthews supported this claim, citing the 1967 Outer Space Treaty and noting that such claims have no legal basis.

Scientists from the Ural Federal University conducted photometric observations of seven asteroids, determining their physical and dynamic parameters. The data obtained make it possible to simulate the entry of objects into the atmosphere and assess the consequences of a possible collision with the Earth, including the potentially dangerous asteroid Apophis, which will approach the Earth on April 13, 2029 at a distance of less than 32 thousand kilometers.

University of British Columbia astronomy professor emeritus Jamie Matthews said no one country can lay claim to the Moon, citing the 1966 international space treaty backed by 118 countries and noting that past U.S. landings do not give ownership of the satellite.

An asteroid with a diameter of about a meter, named CERNQ52, will enter the Earth's atmosphere over the Indian Ocean on Sunday evening at 19:12 Moscow time, according to data from ESA and Mount Lemmon Observatory, RIA Novosti reports citing Crimean astronomer Alexander Yakushechkin.