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Science, God and the Nature of Reality

Bias in Biomedical Research

by Sarah S. Knox

Paperback eBook PDF

Publisher: BrownWalker Press
Pub date: 2010
Pages: 146
ISBN-10: 1599425459
ISBN-13: 9781599425450
Categories: Biology & Animal SciencesPhysics & ChemistryBiology & Natural Sciences


This philosophy of science book is written by a biomedical scientist for a lay audience but is well-referenced for use by scientific readers and college course curricula. Its thesis is that the current paradigm in the biological and medical sciences, which is responsible for rejecting the existence of a Divine Being, is outdated. There is no factual basis for creating a dichotomy between evolution and Divine Design. Misconceptions about the nature of reality, i.e., the belief that matter is the ultimate cause of everything we think, feel, say, and do, have made it easy to ignore data demonstrating an important biological role for the energetic aspects of matter and to leave the question of the existence of a Divine being to the purview of philosophy and religion. The author uses extensive scientific data to highlight the inconsistencies in current theories and relates her personal journey in trying to explain her observations with purely mechanistic theories.

Her ultimate conclusion is that the existence or non-existence of God can no longer be ignored by scientists. It is one of the most important scientific questions there is and like many other issues that were formally relegated to the domain of philosophy, can and should be investigated by modern science.

About the Author

Sarah S. Knox is a biomedical scientist who was educated in the U.S., Germany and Sweden. She started her career in Sweden at the University of Stockholm and the Karolinska Institute. After moving back to the United States, she spent 17 years at the National Institutes of Health and is currently a professor at the University of West Virginia Medical School. Dr. Knox's research has covered a broad range of topics including stress and cardiovascular disease, population genetics, and currently, systems biology and gene x environment interactions. She has published and lectured extensively on these topics at medical meetings in Europe and the United States.