Titlebook: Cosmic Origins; Science’s Long Quest M. Mitchell Waldrop Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive license

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Pietro Cassarà,Marco Colucci,Alberto Gotta the true size of the universe—much less the quantum nature of reality. In the chapters that followed, we showed how physicists and astronomers together developed a lambda-cold-dark-matter (ΛCDM) model that encompasses virtually all the available data. And now in this final chapter, we look at three

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https://doi.org/10.1007/978-3-030-98214-0Big Bang; Cosmic Inflation; Cosmic Microwave Background; Albert Einstein; Edwin Hubble; Expansion of the

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Introduction,oon, the stars, and planets: What . they? Why do they move and change the way they do? Where do they all come from? And where do . come from? In this book, we will explore how modern developments in astronomy and physics have led scientists to answers that are far stranger than our ancestors could have imagined.

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The Discovery of the Big Bang,after all, they must have been right on top of each other at some point in the past. But astronomers and physicists were initially so resistant to thinking about a cosmic beginning that they had to rediscover the Big Bang idea three times before they were finally convinced.

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Pietro Cassarà,Marco Colucci,Alberto GottaThe modern age of cosmology began in the early decades of the twentieth century, as new theories and observations showed physicists and astronomers that the universe is far bigger than they had ever imagined—and is getting bigger.

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Pietro Cassarà,Marco Colucci,Alberto GottaIn the 1960s, 1970s, and 1980s, even as physicists were achieving a much deeper understanding of elementary particles and the forces that govern them, cosmologists were using their ideas to calculate how the infant universe must have evolved during its first infinitesimal fraction of a second. Their results were exceeding weird.

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