Doug received his PhD in Physics from Vanderbilt University and was an NSF Astronomy & Astrophysics Postdoctoral Fellow at the Kavli Institute for Cosmological Physics at The University of Chicago.
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Eons ago, when I was a graduate student, the Big Bang model was the only serious game in town for explaining the origin (and, perhaps, fate) of the universe. Alternative cosmological ideas occasionally surfaced—concepts like the "Big Rip", "Big Crunch", and "Big Bounce"
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In a previous article, we explored the tantalizing possibility that fabric of spacetime might not be fundamental. Instead, we considered that deeper mathematical structures and networks of relationships might underpin spacetime, hinting at a profound shift in our understanding of the universe. But this raises another, even more intriguing question:
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How Do We Know What We Know About the Universe? Cosmology is a unique branch of science. It provides the physical framework within which human existence unfolds. While rooted in the principles of physical science, its relevance extends beyond pure mechanics to questions of existence and understanding. But how do
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Is Spacetime the Ultimate Reality? Spacetime is the familiar fabric that has been the stage where all of reality unfolds. But what if spacetime isn’t the deepest layer of existence? What if it’s just a shadow of something far more fundamental? Physicists are beginning to uncover evidence that
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