Text: The screen is turbid and deep
Edit|The screen is deep in turbidity
Mercury is named after the ancient Greek myth of Zeus and Boria, the son of Zeus and Boria, who served as a messenger to the gods and was responsible for transmitting messages and orders between the gods. In Latin, the planet is also known as the "planet of the day", which gives a better understanding of what makes Mercury so special.
In ancient times, it was believed that the stars in the sky were the kingdom of the gods, and Mercury, the closest planet to the sun and moving quickly in the sky, symbolized the transmission of information and ideas, as well as the symbol of the gate to the universe. Just as Mercury was the patron saint of commerce, travel, and the media, he was able to move freely and quickly between the sky and the ground to deliver information and goods.
Mercury's seemingly unpredictable trajectory also serves as the finishing touch. Through telescope observations, the ancient astronomer Galileo envisioned that Mercury might have a large amount of water on its surface, thus deepening his illusions about the planet. And, because Mercury is always in the vicinity of the Sun relative to Earth, it is described as "transiting in the sun."
This unique property makes Mercury considered a mysterious irradiator emitted by the sun, with a power that cannot be found on Earth. It is precisely this approximate arbitrary naming of the nature of religion that has formed the problem of understanding the nature of Mercury in modern times.
Scientists have always been puzzled by Mercury, and it wasn't until 1965 that humans sent probes and spacecraft into orbit around Mercury to get accurate data on Mercury's properties. Today, we already know that not only does Mercury not have any water molecules, but its surface is very similar to the desert of Sydney.
The planet's extreme temperature differences, cold nights and scorching days make it an unreachable harsh environment that greatly challenges human exploration and imagination. Despite this, the name Mercury is still in use today. As the first planet in the inner solar system, it remains a constant source of inspiration for humanity's exploration of the universe and its mystical powers.
Whether it's Mercury's speed and dexterity, or the symbol of the Universe's Gate, the name Mercury continues to be a vivid representation of this bewildering and dynamic planet in our culture. Mercury, one of the smallest planets in the solar system, has many amazing properties and mysteries.
Although it is only about 1/3 the diameter of the Earth, its high density gives it an extraordinary mass. Mercury's core is relatively large, reaching 2,000 kilometers in diameter, which is about 40% of the entire planet and almost the same as the Earth's core. This massive core is made up of metallic iron and other heavier elements, making Mercury more dense on average than Earth.
This high density may be due to the large impact events that Mercury experienced during its formation, which caused the ejection of relatively loose external material to form a relatively small but very dense core. In addition to its high density, Mercury has extreme temperature differences. Due to its very close proximity to the Sun, Mercury's solar surface temperature can reach an unimaginable 427 degrees Celsius.
The sunny side experiences a low temperature of minus 173 degrees Celsius. This extreme temperature difference is rare in the solar system and is related to the fact that Mercury is not tidally locked by the sun. Solar tidal locking is when a planet's rotation period is equal to its orbital period around the Sun, causing one side of the planet to always face the Sun.
Mercury is not tidally locked to the Sun, it rotates, creating a huge temperature difference between the high temperature when the Sun shines and the low temperature when it is facing away from the Sun. Despite the potential evaporation of water-bearing materials such as water ice and water vapor on Mercury's surface due to extreme temperature differences, scientists have found the presence of water ice at Mercury's poles and in some craters.
However, compared to other planets, Mercury remains one of the most water-scarce of the eight planets in the solar system. This phenomenon is closely related to Mercury's position and material composition. The name of Mercury is not directly related to the actual situation, it is simply named according to the ancient Chinese doctrine of the Five Elements, and has nothing to do with water.
Mercury is gray in color, which is what causes it to be called Mercury. However, the more common name is morning or dusk, as Mercury is only briefly visible in the morning or evening. Through the study of the MESSENGER detector and other astronomical observations, our knowledge of Mercury has been further expanded.
From Mercury's core composition, to the characteristics of the temperature difference to the feasibility of the existence of water ice, each discovery has given us a better understanding of this mysterious planet. However, there are still many unsolved mysteries on Mercury waiting to be explored and revealed. Through continuous research and exploration, we look forward to a more comprehensive and in-depth understanding of the mysteries of Mercury.
Mercury is an inconspicuous planet with amazing mysteries hidden inside. According to scientists' speculation, Mercury underwent a violent ejection phase when it formed more than 4.5 billion years ago, a phase that may have been caused by heat such as mercury. Over time, Mercury cooled down, forming the planet we see today.
Mercury's cooling process is not calm. At the beginning of its formation, Mercury's crust absorbs material from the inner core and releases some volatile elements. The occurrence of this phenomenon suggests that Mercury was at a greater distance from the Sun at that time, and that it was most likely enriched with a certain amount of water. However, the needle that fate placed on Mercury took a drastic turn at some point.
Due to gravitational interaction with other planets, Mercury gradually deviated from its original orbit and was eventually forced to approach the Sun. This event changed the fate of Mercury, making it a planet in our eyes. What to explain the mountains and cliffs of incomparable metal that tower over the surface of Mercury?
According to scientists, Mercury's crust is mainly composed of iron and magnesium, which have spilled over to the surface. This abundance of metals makes Mercury one of the most metal-rich planets in the entire solar system. On the other hand, Mercury is also known for its appearance that is made of silicates. Silicates are a common type of rock that can be found everywhere on Earth today.
This suggests that Mercury may have experienced Earth-like phenomena, including crustal movements, volcanic eruptions, and more. Although Mercury does not have water, it is still an extremely harsh environment. The heat during the day can reach 430 degrees Celsius, which is enough to reduce most substances to ashes. The nights can be even more frightening, with temperatures plummeting to -170 degrees Celsius.
Under such extreme temperature conditions, the existence of water is almost impossible. There's no denying that the name of Mercury does cause confusion. But as they say, nothing is unique, and a name is just a code name that is convenient to use. The name of Mercury may differ from its actual environment and composition, but it is also a reflection of the process of human thinking and cognition of the world.
Behind the name Mercury, the thinking and exploration of the entire human civilization is hidden. For those unique material components and harsh environmental conditions, Mercury exists to remind us that everything in the universe is worth exploring and understanding, and Mercury, as the closest planet to the Sun in the solar system, shows us the vastness and diversity of the universe with its unique qualities.