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Join biochemist Fazale “Fuz” Rana and astrophysicist Hugh Ross as they discuss discoveries with theological and philosophical implications pointing to the reality of God’s existence.
In this episode, biochemist Fuz Rana describes recent work from researchers at Rockefeller University. The researchers edited specific mouse genes to express the human version of the protein NOVA1, and they believe their research explains human language capability. Their findings add evidence for the exceptional nature of human beings and, consequently, the image of God.
Hugh discusses how four astrobiologists assert that intelligent life is the natural outcome of a hospitable environment. They note that the origin of life and every advance in Earth’s life occurred when physical and chemical conditions first permitted their appearance. Hence, they conclude that these appearances of life must be naturalistically straightforward and rapid. The team proposed a test of their hypothesis: exoplanets with the necessary physical and chemical conditions for each “hard step” in the origin and history of life will prove to be common and, in each case, chemical signatures for that life step will be found. Do the findings support their hypothesis?
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By Reasons to Believe4.6
3636 ratings
Join biochemist Fazale “Fuz” Rana and astrophysicist Hugh Ross as they discuss discoveries with theological and philosophical implications pointing to the reality of God’s existence.
In this episode, biochemist Fuz Rana describes recent work from researchers at Rockefeller University. The researchers edited specific mouse genes to express the human version of the protein NOVA1, and they believe their research explains human language capability. Their findings add evidence for the exceptional nature of human beings and, consequently, the image of God.
Hugh discusses how four astrobiologists assert that intelligent life is the natural outcome of a hospitable environment. They note that the origin of life and every advance in Earth’s life occurred when physical and chemical conditions first permitted their appearance. Hence, they conclude that these appearances of life must be naturalistically straightforward and rapid. The team proposed a test of their hypothesis: exoplanets with the necessary physical and chemical conditions for each “hard step” in the origin and history of life will prove to be common and, in each case, chemical signatures for that life step will be found. Do the findings support their hypothesis?
Links & Resources:

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