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The James Webb Space Telescope has captured a stunning image of the birth of a new star. As dust and gas clump together and eventually collapses under the force of gravity, it becomes a protostar ...
The material in the middle heats up, forming a dense core known as a protostar. Gravity draws even more material toward the developing star as it spins, making it bigger and bigger. Some of that ...
A star is born — literally. An incredible image from the James Webb Space Telescope is providing new clues about how stars come into existence. The awe-inspiring snap shows protostar HH 212 ...
In fact, the stellar object at the heart of this nebula isn't even a fully fledged star yet. These cosmic fireworks mark the process by which the protostar is transforming into a main sequence ...
At about 100,000 years old, the protostar within L1527 is pretty young by star standards, and is considered a class 0 protostar due to its age and its brightness. This is the earliest stage of ...
In other words, the idea of using an actually tiny protostar as some kind of core for a warp engine is new to Trek canon. In the loosey-goosey physics of Star Trek, warp drive is made possible by ...
The protostar within L1527 is only 100,000 years and thus doesn't generate its own energy from nuclear fusion that turns hydrogen into helium, like a full-fledged star. Rather, its energy comes ...
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If You're Skeptical About Star Trek: Prodigy, These 8 Episodes Will Change Your MindThe first few episodes set up Prodigy's premise of Delta Quadrant kids escaping lives of despair when Dal R'El (Brett Gray) discovers a Starfleet ship, the USS Protostar. Star Trek:Prodigy season ...
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