Creating the Molecules of Life
ByPublisher Description
Creating the Molecules of Life discusses origins, including the Big Bang and the origin of the elements. With a complete presentation and explanation, this book provides evidence that the molecules of life are produced in outer space and how the SNAAP model purports to explain that origin. Extremophiles, which explain that evolution is robust enough to create life forms in a wide variety of conditions, are also presented. This book is suitable for those at the upper undergraduate level, with mathematics associated with coupling the nuclear spins to the molecular chirality. An accompanying appendix is provided to support mathematics.
Download the free Fable app
Stay organized
Keep track of what you’re reading, what you’ve finished, and what’s next.
Build a better TBR
Swipe, skip, and save with our smart list-building tool
Rate and review
Share your take with other readers with half stars, emojis, and tags
Curate your feed
Meet readers like you in the Fable For You feed, designed to build bookish communitiesStay organized
Keep track of what you’re reading, what you’ve finished, and what’s next.Build a better TBR
Swipe, skip, and save with our smart list-building toolRate and review
Share your take with other readers with half stars, emojis, and tagsCurate your feed
Meet readers like you in the Fable For You feed, designed to build bookish communitiesNo Reviews
About Professor Dr Richard N Boyd
Richard Boyd received his PhD from the University of Minnesota in nuclear physics. His interest in astrophysics has developed over the years and he is currently an emeritus professor at The Ohio State University where he also works in the astronomy department. Boyd has collaborated on more than 200 scientific publications with colleagues around the world.
Michael Famiano received his PhD in nuclear physics from The Ohio State University and is currently an associate professor of of nuclear astrophysics in the Department of Physics at Western Michigan University. Famiano’s primary research interest is in stellar nucleosynthesis, which involves theoretical modeling of astrophysical sites and experimental measurements of nuclear properties.
Start a Book Club
Start a public or private book club with this book on the Fable app today!FAQ
Do I have to buy the ebook to participate in a book club?
Why can’t I buy the ebook on the app?
How is Fable’s reader different from Kindle?
Do you sell physical books too?
Are book clubs free to join on Fable?
How do I start a book club with this book on Fable?
