The universe is a vast and complex place, filled with mind-boggling phenomena. It can be difficult, even intimidating, to try and grasp complicated astronomical and cosmological concepts. But not anymore. Frank Quattromani, MD, has found a unique, revolutionary way of explaining these astronomical theories, models, and systems.
Quattromani proposes using various botanical organisms as unusual-but fitting-analogies for celestial phenomena. For example, the growth of a mighty sequoia from a tiny seed is a perfect way to explain the big bang theory. Readers may have a hard time wrapping their minds around the sudden growth of something from nothing in astrophysical terms, but they understand how trees grow, and it's the same basic concept.
Quattromani uses tree rings to illustrate the formation of spiral galaxies, trumpet flowers to describe black holes, maple tree seeds to explain comets, and peach pits to explore the composition of Mercury. Quattromani also delves into more complex theories about dark energy and dark matter.
Quattromani's material is engaging and easy to understand. The Botanical Universe: Gardens and Galaxies provides a unique perspective on the connections between the largest and smallest systems of our world.
About the Author: Frank Quattromani, MD, is a clinical professor of radiology and a pediatric radiologist at Texas Tech University in Lubbock, Texas. He is also the recipient of the Legion of Merit, awarded by the United States Department of Defense. His previous book, Pediatric Imaging: Rapid-Fire Questions and Answers, is about pediatric radiology.
