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Graham Cooks and his team at Purdue University have discovered a chemical process that has exciting implications for people who believe that life could have emerged spontaneously and through natural means. The idea that the building blocks of life started in a primordial ocean now has a competitor: airborne tiny water droplets.
In this episode of Point of Inquiry, Jim Underdown speaks to chemistry professor and researcher Graham Cooks about his work in mass spectrometry and his discovery that adds an important piece of the puzzle of how life came to be. Does this find have religious implications?
By Center for Inquiry4.8
88 ratings
Graham Cooks and his team at Purdue University have discovered a chemical process that has exciting implications for people who believe that life could have emerged spontaneously and through natural means. The idea that the building blocks of life started in a primordial ocean now has a competitor: airborne tiny water droplets.
In this episode of Point of Inquiry, Jim Underdown speaks to chemistry professor and researcher Graham Cooks about his work in mass spectrometry and his discovery that adds an important piece of the puzzle of how life came to be. Does this find have religious implications?

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