different planets

The classification of stars was mainly based on the spectral characteristics of the star, the temperature of the light ball, and other factors. The currently commonly used Harvard Spectral System divided the stars into O, B, A, F, G, K, and M categories. O-type stars have very high temperatures (over 30,000°C) and are the largest. They are very bright blue stars with most of their output in the violet range. These stars are extremely rare in the main star sequence near the Solar System, such as Zeta Orionis. Class B stars were also very bright and blue. Their spectrum had the most prominent neutral helium and intermediate hydrogen lines in the B2 subclass, such as Betelgeuse and Spica, which accounted for about 1/800 of the main sequence stars near the sun. Class A stars were more common. They were white or blue-white in color and had strong hydrogen lines (up to A0) as well as metal ions (up to A5). Class F stars. The modern classification of Class F stars belonged to the early classification of Class I (white and blue stars), which had wide and heavy hydrogen lines. A G-class star, such as the Sun, was a G-class star (more accurately, the spectral class was G2) with a temperature of about 5500°C and a yellow color. A K star with a temperature of about 5000°C and an orange-red color. M-type stars have the lowest temperatures (less than 3000°C) and are the smallest. They are red stars such as Betelgeuse and Antaeus. It should be noted that the classification mentioned here was based on the characteristics of the stars themselves. There was no essential difference based on the planet, but the stars in the star system where different planets were located may have different distribution proportions. For example, the sun in the solar system was a G-class star. The novel "The Name Engraved in the Stars of Destiny" is equally exciting. Everyone is welcome to click and read it!

Science fiction planets differ from real ones in multiple ways. Firstly, the laws of physics might be bent on these fictional planets. For instance, some might have gravity that behaves in an unusual manner to create more interesting storylines. Secondly, the ecosystems can be completely fabricated. Instead of the real - world ecological balance, science - fiction planets can host creatures and plants that are a product of the author's wildest dreams, and they can be used as a backdrop to explore various themes like survival, exploration, and the encounter of different civilizations.

One method is to name planets after emotions or states of mind. For example, a planet that makes people feel melancholy could be named 'Melancholia'. Another is to name them after historical events in the fictional universe. If there was a great war, a planet could be named 'War's End'.

😋I think the novel that meets this requirement is "The Ruler of the Star River". The protagonist, Yunyang, can travel between different planets with his body. I hope you like this fairy's recommendation. Muah ~😗

Real planets follow the laws of physics and astronomy as we know them. But in science fiction, planet types can break those rules. For instance, artificial planets in science fiction can be made of materials that don't exist in nature or have structures that couldn't be built in reality. Volcanic planets in science fiction might have volcanoes that spew out substances that are not found in real volcanic eruptions. And the ecosystems on fictional planet types are often much more complex and strange compared to the relatively well - understood ecosystems on real planets.

The difference between stars and planets was their nature and composition. A star was a spherical luminous plasma condensed by gravity, like the sun. Stars generate energy through nuclear fusion reactions and radiate the energy into outer space. Planets, on the other hand, were celestial bodies that orbited stars and usually did not emit light. Planets were composed of solid, liquid, and gas, unlike stars, which had high temperatures. Stars were usually more massive than planets because stars could continue to undergo nuclear fusion reactions while planets could not. In addition, stars and planets moved differently. Stars moved on their own while planets moved around them. In short, there were obvious differences between stars and planets in terms of nature, composition, mass, and motion.

In "Ancient Godly Emperor", when he became a god, the Sky Demon condensed 36 Divine Planets and used secret methods to refine the Divine Planets into weapons, forming 36 Sky Demon Stone Inscriptions. In the plot of "Ancient Godly Emperor", Zhang Ruochen borrowed divine power from the Judgement Oracle's Star Soul Divine Constellation (something related to the Divine Planets) during his battle with Yin Yuanchen. After borrowing its power, his strength soared and he was not at a disadvantage in the battle with Yin Yuanchen. In addition, it was said that there was a divine throne between heaven and earth. With it, one could have endless lifespan and supreme power. This was the ultimate fate of all the strong in battle. Although it did not mention a direct connection with the divine planet, it could be speculated that the divine planet might have some kind of connection with this supreme divine throne. The novel "Mars of Paradise" is equally exciting. Everyone is welcome to read it!

There are a few novels that meet your needs. " God Plunder System,"" Heroes of the World,"" The Heavens Since I Was a Special Forces Soldier,"" The Strongest God in the History of Infinity,"" The First Traveler in History,"" The Door to the Heavens,"" I Have a Time and Space,"" The Emperor System of the Heavens," and " The Strongest Plane Arrogant System " were all sci-fi novels that traveled through time and space. The main characters all had the ability to travel to various planes. You can choose one to read according to your interests. I hope you like my recommendation.