Horizon Season 2010 Episode 11 What Happened Before the Big Bang?

In the 2010 season of Horizon, episode 11 takes a deep dive into one of the biggest mysteries in science: what happened before the Big Bang? The standard model of cosmology states that the universe began with the Big Bang, but it doesn't offer any explanation for what caused it or what existed before it.

To uncover the secrets of the universe's earliest moments, a team of physicists, cosmologists, and mathematicians are working together to develop a new theory of the universe's origin. At the heart of their theory is the concept of a "multiverse," or a collection of universes that coexist alongside our own.

The team proposes that the universe started with a "collision" between two universes in the multiverse, which created a massive explosion that we now know as the Big Bang. To help support their theory, the team uses cutting-edge computer simulations to model the moments before the Big Bang, showing how the collision of two universes could have led to the creation of our own.

As their theory gains traction in the scientific community, the team faces harsh criticism from some of their peers who argue that the multiverse is nothing more than speculation and that there's no good reason to believe that it exists. Despite the skeptics, the researchers remain determined to uncover the truth about what happened before the Big Bang, with the hopes of providing a more complete understanding of the universe's origins.

Throughout the episode, the team explores a range of fascinating scientific concepts and theories, from string theory to the Higgs boson, all in an effort to better understand the universe and how it came to be. They also delve into the philosophical implications of their work, discussing how the existence of other universes could change our understanding of reality and our place in the cosmos.

Overall, Horizon's 2010 episode 11 offers a thought-provoking journey into the mysteries of the universe, grappling with some of the biggest questions in science and pushing the boundaries of our understanding of the cosmos.