The growing universe gives us clues about the Big Bang, but we face some challenges that make it hard to understand:
Limited Data: The technology we have and the vast distances in space can restrict what we can observe. Sometimes, we might not catch important signals from when the universe was very young.
Cosmic Distortion: When light from distant stars gets bent by gravity, it can lead to errors in how we measure the universe's expansion. This can make our results less accurate.
Dark Energy: We don’t know much about dark energy, and this creates confusion about how the universe will expand in the future and what that means for us.
To tackle these problems, we need better telescopes and new ways to observe space, like using gravitational waves. This will help us get a clearer view of the universe.
The growing universe gives us clues about the Big Bang, but we face some challenges that make it hard to understand:
Limited Data: The technology we have and the vast distances in space can restrict what we can observe. Sometimes, we might not catch important signals from when the universe was very young.
Cosmic Distortion: When light from distant stars gets bent by gravity, it can lead to errors in how we measure the universe's expansion. This can make our results less accurate.
Dark Energy: We don’t know much about dark energy, and this creates confusion about how the universe will expand in the future and what that means for us.
To tackle these problems, we need better telescopes and new ways to observe space, like using gravitational waves. This will help us get a clearer view of the universe.