If inflation happened, it would have generated ripples in the fabric of spacetime— Gravitational Waves . These waves would have left a unique twist, a curl, in the polarization of the Cosmic Microwave Background (CMB), the "afterglow" of the Big Bang. That specific twist is called B-mode polarization .
The standard Big Bang theory explains that the universe began from an infinitely dense singularity. However, it couldn't explain why the universe looks so "flat" and uniform. Inflation theory argues that a fraction of a second after the Big Bang (from $10^{-36}$ to $10^{-32}$ seconds), the universe expanded exponentially faster than the speed of light. big bang 2014
A: It is a historical curiosity. For one week in March 2014, humanity thought we had peered directly at the birth of spacetime. The hype, the tears, and the eventual retraction make it a fascinating moment in the history of science. If inflation happened, it would have generated ripples
If inflation happened, it would have generated ripples in the fabric of spacetime— Gravitational Waves . These waves would have left a unique twist, a curl, in the polarization of the Cosmic Microwave Background (CMB), the "afterglow" of the Big Bang. That specific twist is called B-mode polarization .
The standard Big Bang theory explains that the universe began from an infinitely dense singularity. However, it couldn't explain why the universe looks so "flat" and uniform. Inflation theory argues that a fraction of a second after the Big Bang (from $10^{-36}$ to $10^{-32}$ seconds), the universe expanded exponentially faster than the speed of light.
A: It is a historical curiosity. For one week in March 2014, humanity thought we had peered directly at the birth of spacetime. The hype, the tears, and the eventual retraction make it a fascinating moment in the history of science.