So today, we will dive deep into this dark matter. So, certainly, dark matter is a form of matter that does not emit, absorb, or reflect light, making it invisible to our telescopes and detectors. Unlike the atoms that compose ordinary matter, dark matter is hypothesized to be made up of subatomic particles that interact very weakly with other particles, making its detection incredibly challenging. So then, how do these scientists study something that is practically invisible? Such doubt may pop up, right? Yes
Surya V
@welcome28Ā Ā·Ā 5:00
As we discussed earlier, dark Matter, though alluju exerts its gravitational pull, acting as an invisible scaffold that holds galaxies and galaxy clusters together. Without Dark Matter, stars and celestial structures would not have enough time to form and evolve into breathtaking tapestry of the cosmos we witness today. Also, the Dark Matter's gravitational embrace also slows down the expansion of the universe, preventing it from dissipating into a vast void
Pragati Chopra
@Pragati.chopraĀ Ā·Ā 2:35
Thank you surya for unfolding this mystery of the Universe and talking about dark matter and that it's an immiscious component of the Universe and it exerts gravitational attraction and slows down the expansion of the universe. So that is such a wonderful no knowledge to be gained and I never knew about it and never thought about it. So this process, I think it's a process called inflation, I think that is believed to have set the stage for a large scale structure of the Universe
Hi, Surya. Thank you for sharing that. That is one topic that always really intrigues me and I read about it and I also watch videos online on this. And something new that you shared was, which I did not know, is that according to Indian texts, you know, black energy is basically mahakal. So that is something new for me. I think I would like to know more on that. So I'll do my own research. So thanks a lot for sharing