Sunspot erupts again with X2.2 solar flare! Spacecraft views 

What did you watch this on, though? Your LG fridge?

@@reaper-mf how did you know that?

@@reaper-mf😂😂

I am too but watching this lol

I know, it’s sad. People will even go as far as call people “nerds” for knowing or appreciating these things. And by the way, I watched this on a calculator

we're literally insignificant microscopic creatures, yet most people refuse to be humble

@@fz13gaming if a medium-size rock hit your planet you'd be vaporized.. all i'm saying is be humble.

The fact that you can see the sunspot with solar eclipse glasses is insane to me. That means it's humongous.

Did you witness this first hand or are you simply taking their word as the gospel?

Personally I think it's all bullshit! Sheep will believe anything 😂

Exactly. THE place to go for the information! Besides doing your own du diligence.

The particles arrive faster than the wind.

Get ready for the solar maximum next year. It gets worse.

But is that even your own idea?

@@callumward7503 No... I got it out of a comic book 😂

Did you not notice the northern lights that you could see all the way down in Texas that happened shortly after this? Is it really that hard to believe that a big ball of nuclear fusion is able to do such things?

Shut up bro

Look at you go Einstein

No shit, Sherlock!

Space abhors a vacuum.

I can't with this level of stupidity. Lay off the room temp IQ flearther vids and look UP. Lmao... here's a very simple explanation. GRAVITY IS VERY REAL AND SO IS THE VACUUM OF SPACE. The Second Law of Thermodynamics states that any spontaneously occurring process will always lead to an increase in the entropy (S) of the universe. In simple words, the law explains that an isolated system’s entropy will never decrease over time. Now, let’s apply this to the Earth’s atmosphere: Entropy and Atmospheric Molecules: The molecules in the Earth’s atmosphere are in constant motion and their positions are random. This randomness or disorder is a measure of the system’s entropy. The Second Law of Thermodynamics suggests that this entropy should increase over time. However, the Earth’s atmosphere doesn’t spread out evenly into space because the Earth’s gravity pulls the atmospheric molecules towards it, maintaining the order and preventing an increase in entropy. Heat Transfer: The Second Law also governs heat transfer. It states that heat cannot spontaneously flow from a cold object (low entropy) to a hot object (high entropy) in a closed system. In the context of the Earth and space, space is much colder than the Earth. Therefore, heat from the Earth’s atmosphere does not spontaneously flow into space. Instead, heat is radiated into space in the form of infrared radiation, which is a slower process. Atmospheric Processes: Many atmospheric processes, such as the greenhouse effect, help to maintain the Earth’s temperature and prevent it from equalizing with the cold temperature of space. These processes are in line with the Second Law of Thermodynamics as they involve the transfer or conversion of heat energy and result in an increase in entropy. In conclusion, the Earth’s atmosphere remains intact and doesn’t disperse into the vacuum of space due to the Earth’s gravity and the principles of thermodynamics, including the Second Law. These principles govern the behavior of the atmospheric molecules and the transfer of heat, ensuring the atmosphere continues to protect life on Earth.

@@cryphowns7536 nahhh im no Einstein, really just common sense stuff. on the flipside i can see how youd perceive us as being similar, granted Einstein died believing wholeheartedly in an impossible sky vacuum. maybe its just one of those 'takes one to know one' scenarios? no doubt youre the expert here...