On Monday, I found myself swept along by the solar eclipse enthusiasm without really meaning to be. I didn’t travel, content with the 80% or so of an eclipse experienced in the Pittsburgh area where I live. I didn’t buy any special viewing equipment–not because I doubted the risks, but because I figured I’d use a pinhole viewer if I watched at all. And yet when the moment arrived, I found myself outside with a small group from the office building where I work, sharing a pair of special glasses graciously offered by a coworker. It was an interesting moment of shared curiosity, both with the folks standing with me and the wider public watching and talking about it online.
[Read more…] about Science Corner: There Goes the Sun
fine tuning
Book Review: The Wonder of the Universe
If you are looking for a book arguing for a proof of God’s existence through science, The Wonder of the Universe: Hints of God in Our Fine-Tuned World isn’t it! Karl Giberson [1] does something, that in my opinion, is far more valuable. In The Wonder of the Universe he carefully lays out the scientific evidence that shows
- how finely tuned the universe is
- how even minor differences in various forces would result in either no universe or one where life as we know it would not be possible
- how even a habitable planet like ours, with water and so many other factors favoring the emergence of life–is truly amazing.
He is among the Christians who affirm evolution but contends that contrary to the randomness claims of so many, evolution often can be argued to show a sense of direction, almost a purposefulness. For Giberson, while none of this proves God’s existence, he sees this as entirely consistent with the idea of a God, and, for him, the best explanation for how such a finely tuned universe and planet could come about.
He is highly skeptical of the multiverse idea, which he argues has not been empirically demonstrated or even functioned predicatively of any phenomenon. While this needn’t change one’s belief in a god, it does seem pretty necessary to explain our finely tuned universe without one.
A wonderfully readable (with pictures) account that raises provocative questions without claiming more than the science warrants!
Notes
- Karl Giberson (PhD, physics) is an internationally known scholar, speaker and writer. He has written or coauthored nine books and lectured on science and religion at the Vatican, Oxford University, London´s Thomas Moore Institute and many prestigious American venues including MIT, The Harvard Club and Xavier University.Dr. Giberson has published more than two hundred reviews and essays, both technical and popular, in outlets that include the New York Times, CNN.com, The Guardian, USA Today, LA Times and Salon.com. He is a regular contributor to the public dialogue on science and faith, and has appeared as a guest on NPR´s Morning Edition and Talk of the Nation as well as other radio programs. He blogs at The Huffington Post where his articles have generated thousands of comments and are frequently featured. From 1984 to 2011, Dr. Giberson was a professor at Eastern Nazarene College (ENC) where he received numerous recognitions and awards. From 2007 to 2010 he headed the Forum on Faith and Science at Gordon College. For three years, ending in 2009, he was the program director for the prestigious Venice Summer School on Science & Religion. Dr. Giberson now teaches writing and science and religion in the Cornerstone Program at Stonehill College. — From Karl Giberson’s InterVarsity Press author page . Accessed 2/7/2014.  ↩
Science in Review — April 2013
Once upon a time, I thought the closest that “Goldilocks and the 3 Bears” came to the realm of hard science was some questionable thermodynamics. Has anyone else ever wondered how the mother’s medium-sized bowl got cold while the baby bear’s small bowl stayed “just right?” No? Just me? Actually, I know at least one other person pondered that question, because one illustrated version shows the medium bowl as broad and shallow, while the small bowl is deep. The medium bowl holds more porridge, but has a greater surface area to allow more heat exchange and thus faster cooling.
But actually, scientists have found the world we live in is also “just right” when it comes to the laws of physics. These mathematical formulas, which represent our current best description of the behavior of the universe, include a number of numerical constants. These are properties of the world that we can measure or estimate, but cannot calculate from any known equations. In other words, based on our current theories, these constants could hypothetically take on any value; we only know from observation which particular values they have, and that those values do not appear to change over space or time. [Read more…] about Science in Review — April 2013