A Geometrical Framework for Understanding the Universe

A Geometrical Framework for Understanding the Universe by Gerald W. Scanlon
English | January 7, 2019 | ISBN: 1793304467 | 105 pages | EPUB | 8.38 Mb
In physics there are two broad ways to look at the world. One is the classical realm of Newton and Einstein, where objects have definite form and interact in clearly determinate ways. The other is the quantum realm, where objects are more difficult to describe, since they have a strange mix of particle-like and wave-like behavior. The classical view gives us a wonderfully accurate description of everything from planets to baseballs. The quantum view is necessary to accurately describe the behavior of light and atoms. The classical world dominates on the scale of our daily lives, but nature seems to be rooted in quantum theory at its most basic level.While both the classical and quantum approach are extremely accurate in their respective regimes, what happens in the intersection of the two regimes is still unclear. We don't have a rigorous theory or framework to combine our classical and quantum models.Imagine a geometrical framework that could reconcile our understanding of the infinitely small world of atoms and particles with that of the infinitely large scale of the cosmos. In this book, the author presents a geometrical framework that has the potential to explain and link together the classical and quantum realms of physics.