Enlightenment(רְאוּבֵן)
🌌 Part 1: The Beginning of Everything Before time began, there was nothing—no earth, no sky, no stars. Just a dark, empty space. Then suddenly, about 14 billion years ago, the universe began with a huge explosion of energy and light. This event is called…
⚛️ Part 2: What is Inflation?
Inflation is a theory about what happened before the Big Bang became hot and bright. It says that the universe went through a very short, very fast burst of expansion. In a tiny fraction of a second, space itself stretched out unimaginably fast.
Why does this matter?
Well, inflation helps answer many questions the Big Bang theory couldn’t:
It explains why the universe looks so smooth and even.
It explains why space is almost perfectly flat.
It gives us an idea of what set the "initial conditions" for everything that followed.
Inflation also connects the largest things (the whole universe) with the smallest things (tiny particles). That’s because it involves quantum physics—the science of the very small—and uses it to explain the structure of the entire cosmos.
And here’s the wild part: according to inflation, the beginning of the universe may have been influenced by quantum uncertainty, meaning randomness at a tiny level helped shape everything we see today.
Inflation is a theory about what happened before the Big Bang became hot and bright. It says that the universe went through a very short, very fast burst of expansion. In a tiny fraction of a second, space itself stretched out unimaginably fast.
Why does this matter?
Well, inflation helps answer many questions the Big Bang theory couldn’t:
It explains why the universe looks so smooth and even.
It explains why space is almost perfectly flat.
It gives us an idea of what set the "initial conditions" for everything that followed.
Inflation also connects the largest things (the whole universe) with the smallest things (tiny particles). That’s because it involves quantum physics—the science of the very small—and uses it to explain the structure of the entire cosmos.
And here’s the wild part: according to inflation, the beginning of the universe may have been influenced by quantum uncertainty, meaning randomness at a tiny level helped shape everything we see today.
I was curious about how the Marxist–Leninist glossary defined the word '#ብሔርተኝነት,' so I shared it with you. 😄
When I think about trump and Ethiopia sometimes I don't get it. Why american generals came to Ethiopia?? Why Ethiopian ambassador got a meeting with trump in the middle of this chaos(I mean trump is very busy with everything yet he got time for Ethiopia)?? Is it sth good or bad??🤔🤔
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🌠 Part 3: From Tiny Fluctuations to Galaxies
Inflation not only explains why the universe is so smooth—it also explains the little “imperfections” that helped create galaxies, stars, and planets.
During inflation, tiny random energy “bumps” in empty space (caused by quantum effects) got stretched into large ripples across the universe. These ripples became the seeds for galaxies, stars, and eventually, life.
That’s why inflation isn’t just a guess—it actually makes predictions we can test. Scientists have found strong evidence that these tiny fluctuations existed. We can even observe their patterns in the cosmic microwave background (CMB)—a faint light still glowing from the early universe.
But inflation leads to an even more mind-blowing idea: eternal inflation. This suggests that inflation never really stops—it keeps going in other places we’ll never see, creating other “bubbles” or universes. That means our universe could be just one of many in a huge multiverse.
So, the story of the universe might not be just about our universe. It might be much bigger than we ever imagined.
Inflation not only explains why the universe is so smooth—it also explains the little “imperfections” that helped create galaxies, stars, and planets.
During inflation, tiny random energy “bumps” in empty space (caused by quantum effects) got stretched into large ripples across the universe. These ripples became the seeds for galaxies, stars, and eventually, life.
That’s why inflation isn’t just a guess—it actually makes predictions we can test. Scientists have found strong evidence that these tiny fluctuations existed. We can even observe their patterns in the cosmic microwave background (CMB)—a faint light still glowing from the early universe.
But inflation leads to an even more mind-blowing idea: eternal inflation. This suggests that inflation never really stops—it keeps going in other places we’ll never see, creating other “bubbles” or universes. That means our universe could be just one of many in a huge multiverse.
So, the story of the universe might not be just about our universe. It might be much bigger than we ever imagined.
Am thinking I gotta open another channel , that I share about space science and related stuffs. And make this chamnel devoted to philosophy and personal stuffs.