The Quantum Rules: How the Laws of Physics Explain Love, Success, and Everyday Life

(Paperback)

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Ever wondered why you can't seem to keep your desk tidy It's quantum physics! No, really!
Learn how quantum physics affects your daily life and learn practical ways to put that knowledge to good use! Ever feel guilty that you always seem to seek the easiest and shortest way to accomplish something And why is it so satisfying to drive along a road hitting every green light as if by magicThe Quantum Rulesapplies the laws of physics to explain everything from relationships and human nature to the effects of globalization. It achieves the impossible task of making quantum physics deeply relevant to all readerseven those with no interest in science.
With a lively and engaging tone, author Kunal K. Das ponders the underlying truths and patterns in our shared and common life experiences, using insights derived from the fundamental laws of physics. InThe Quantum Rules, readers will find a fresh new perspective on the human experience, and in the process effortlessly absorb some of the most important laws of physics without facing any math or dense logic. What you learn will surprise, entertain, and perhaps even shock you with its simple logiconce you've learned about the Laziness Clause, your life will never be the same again!

Author Bio

Kunal K. Das is a Professor of Physics and an active researcher in the fields of Nanotechnology and Ultracold Atoms with ongoing funding from the National Science Foundation. He has authored dozens of refereed journal publications and has held teaching and research appointments at several institutions including SUNY, Penn State, Fordham, Optical Sciences Center, and the Harvard-Smithsonian Center for Astrophysics. Atypically for a physicist, he has a lifelong interest in the humanities and pop culture and a passion for classic literature, giving him a unique view of physical laws from the perspective of broader human experiences. He is currently a Professor at Kutztown University of Pennsylvania and a Scholar of the Kavli Institute of Theoretical Physics at the University of California, Santa Barbara.