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Same Universe, Different Lenses: Science, Ethics, and Religion in Dialogue

This is a transcript of an interview given by Dr. Jennifer Wiseman at The Faith Angle Forum Conference on Religion, Politics, & Public Life on November 5, 2013.

 

What scientific evidence do we have about the first humans?

In recent decades, scientists have discovered more about the beginnings of humanity. The fossil record shows a gradual transition over 5 million years ago from chimpanzee-size creatures to hominids with larger brains who walked on two legs. Later hominids used fire and stone tools and had brains as large as modern humans. Fossils of homo sapiens in east Africa date back nearly 200,000 years. Humans developed hearths for fire, stone points for spears and arrows, and cave paintings by 30,000 years ago. By 10,000 years ago, humans had spread throughout the globe. Genetic studies support the same picture. Humans share more DNA with chimpanzees than with any other animal, suggesting that humans and chimps share a relatively recent common ancestor. Also, the same defective genes appear in both humans and chimps, at the same locations in the genome—an observation difficult to explain except by common ancestry. Genetics also tells us that the human population today descended from more than two people. Evolution happens not to individuals but to populations, and the amount of genetic diversity in the gene pool today suggests that the human population was never smaller than several thousand individuals. Yet all humans, of all races, are descended from this group. Humanity is one family.

 

How does original sin fit with evolutionary history?

Original sin often refers simply to the current state of humanity, in that all have sinned and fallen short of the glory of God (Romans 3:23). Evolution does not raise questions about our current state of sinfulness. It does, however, raise questions about how and when the first sin occurred, and how this fallen state was transmitted to all people. The sciences of evolution and archaeology can provide some insight into these questions but are not equipped to answer them. These questions are theological, and over the centuries the church has considered many possible answers. Some of these options are consistent with the scientific evidence currently available.

 

How Does a BioLogos model need to address the theological issues

Science and Religion scholar Denis Alexander presents two models for relating Adam and Eve with the findings of contemporary anthropology. This essay was presented at the November 2010 Theology of Celebration Workshop

 

Science as an Instrument of Worship

NASA astronomer Jennifer Wiseman asserts that studying creation can show us the nature of God; science can inform us of what we need to do as stewards of God’s creation; understanding the natural world gives us a deeper knowledge of Jesus Christ; and science can give us a better understanding of ourselves. This essay was presented at the November 2009 Theology of Celebration Workshop.

 

How are the ages of the Earth and universe calculated?

Many independent measurements have established that the Earth and the universe are billions of years old. Geologists have found annual layers in glaciers that can be counted back 740,000 years. Using the known rate of change in radio-active elements (radiometric dating), some Earth rocks have been shown to be billions of years old, while the oldest solar system rocks are dated at 4.6 billion years. Astronomers use the distance to galaxies and the speed of light to calculate that the light has been traveling for billions of years. The expansion of the universe gives an age for the universe as a whole: 13.7 billion years old.
(Updated April 16, 2012)

 

What is the "fine-tuning" of the universe, and how does it serve as a "pointer to God"?

Fine-tuning refers to the surprising precision of nature’s physical constants, and the beginning state of the Universe. To explain the present state of the universe, even the best scientific theories require that the physical constants of nature and the beginning state of the Universe have extremely precise values.

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