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The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto

The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can take high-definition pictures of Pluto.

The Sun is the absolute ruler of the solar system, with a mass of 99.86% of the total mass of the galaxy, followed by the eight planets and their moons, as well as various asteroids.

The Martian Gobi Desert is very similar to the Earth, so Martian survival simulation experiments on the Earth are often carried out in the Gobi Desert.

The Andromeda Galaxy is approaching the Milky Way, and in 3.75 billion years it will crash into the Milky Way from the side and back, when the Earth's night sky will be occupied by the Andromeda Galaxy.

Dark stars are the precursors of black holes, and there were such imaginary celestial objects as early as Newton's time, which are generally considered to be so massive that their gravitational pull is so strong that even 300,000 kilometers per second of light cannot escape.

The two moons of Mars are too small to complete hydrostatic equilibrium, so they are both irregular shapes.

Wormholes, also known as Einstein Rosen bridges, are special space-time structures predicted by the general theory of relativity, but astronomers have not found natural wormholes so far.

In 2018 United States, NASA discovered a perfectly cut trillion-tonne rectangular iceberg on the Larsen C ice shelf.

Hubble Telescope or Webb Telescope photographed the Pillar of Creation, which do you prefer?

#探索宇宙 #银河系 #天文 #火星#太阳系

The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto
The sun seen on Pluto is already a very faint point of light, so the reflection of Pluto itself is also very weak, and neither the Hubble nor the Webb telescope can photograph Pluto

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