Question for Isaac Newton: Is religious faith compatible with scientific thinking?

QUESTION:
Is religious faith compatible with scientific thinking?

THE RELIGION GUY’S ANSWER:

The question above was the headline with a November 14 PsychologyToday.com article by Joseph Pierre, a clinical professor of psychiatry at the University of California, San Francisco — the latest of so many that address this perennial issue.

His answer was yes or no, depending. Atheists may say no, period. As we’ll see, many prominent scientists have replied with a yes.

Pierre explains that “many of our beliefs are difficult, and sometimes impossible, to falsify,” and religion seeks to offer satisfactory answers for many such scientific “unknowns.”

Examples: Does God exist? What happens when we die? With these kinds of inevitable questions humans ask, faith believes “in the absence of evidence” as science understands that term.

In his outlook, the best way to hold faith-based beliefs is to acknowledge “the possibility of being wrong” and allow “room for others to have different beliefs” without confusing faith with “absolute truth.” But, needless to say, most religions and most religionists do hold to absolutes.

He continues that “religious faith doesn’t have to involve denialism,” defined as rejection of the existing scientific evidence due to religious faith, as with those he labels “fundamentalists.” A typical example would be the “young Earth” creationists, whose literal interpretation of the Bible rejects science’s long-held conclusion that our universe and home planet have existed for billions upon billions of years.

This is a challenging day to be a journalist on the science beat, if the goal is to avoid ultimate questions. I am happy to report that The Washington Post — to my surprise, quite frankly — didn’t try to avoid the obvious. Here’s the top of its story on the Big Bang update that is making global headlines:

In the beginning, the universe got very big very fast, transforming itself in a fraction of an instant from something almost infinitesimally small to something imponderably vast, a cosmos so huge that no one will ever be able to see it all.

This is the premise of an idea called cosmic inflation — a powerful twist on the big-bang theory — and Monday it received a major boost from an experiment at the South Pole called BICEP2. A team of astronomers led by John Kovac of the Harvard-Smithsonian Center for Astrophysics announced that it had detected ripples from gravitational waves created in a violent inflationary event at the dawn of time.