Menu
The Beginning of Science. The Science of Beginning.
Check the AzOSA events page for scheduled lectures, field studies, and seminars. Then sign up for our newsletter
The Beginning of Science. The Science of Beginning.
Check the AzOSA events page for scheduled lectures, field studies, and seminars. Then sign up for our newsletter
More than 150 years ago Darwin first suggested that life might have spontaneously arisen in “some warm little pond”. Almost every week evolutionists claim that Mars or some other distant plant is likely to have evolved life. Yet after all this time, evolutionists still can provide no details about the first living cell on earth – how it originated from non-living chemicals by ordinary processes, what it was made of, and if and how it stored genetic information. Dr. Williams will be discussing the incredible complexity of even the simplest known living cells, as well as the numerous complications and barriers remaining to be addressed before evolutionists can claim to have even a remotely plausible explanation of how life evolved by unguided material processes. The presentation will conclude with time for questions and answers.
SPEAKER: Chris Williams, Ph.D. in Biochemistry
BIO: Dr. Chris Williams was a National Merit Scholar, National Science Foundation Fellow and summa cum laude graduate of The Ohio State University, where he went on to earn a Ph.D. in Biochemistry.
Dr. Williams spent ten years developing and implementing laboratory software for the analysis of mass spectrometry data to detect genetic diseases in newborn children. His software has been used in numerous state and national newborn screening laboratories around the world to help screen millions of babies for these diseases. He is currently a full-time laboratory software consultant working in the area of cancer-related testing and treatment recommendations.
Dr. Williams has also invented a unique method for making safer, measurably less radioactive foods for mothers and children. These new types of food could prevent billions of genetic damage events that would normally occur over a person’s lifetime, particularly in critical brain and heart cells. Preventing this genetic damage could lead to reduced risks of cancer and birth defects, and may even slow the aging process. He has been awarded two U.S. patents and has founded a company to further develop and promote this technology.
