Yogi Berra, Beautiful Equations, and Predicting The Future

Yogi Berra— anybody remember him??– please say yes!!

He was one of the stars of the New York Yankees when I was a kid. A great player, and he’s in the Hall of Fame (2,150 hits, 358 home runs, 1,430 runs batted in, 3 Most Valuable Player Awards, and he was selected to play in 18 All-Star Games).

Here’s what he looked like in his prime:

So what’s he doing here (top), peering into a baseball crystal ball filled with atomic energy??

I was inspired to write this post after reading Using Science To Predict The Future(s) by Frank Wilczek in the June 25-26 weekend edition of The Wall Street Journal.

Yogi became famous for saying things that were inadvertently funny. His most famous, said about baseball game outcomes, is: “It ain’t over till it’s over.”

But I never expected to see him referenced in a Science column. Here’s what Mr. Wilczek said:

To think intelligently about what we ought to do, we must think about what should happen, so that we can act to
make it happen.

In short, we need to think about futures. That’s futures,
with an s.

As the famous philosopher and bad-ball hitter Yogi Berra observed, “It’s tough to make predictions, especially about the future.”

Here Yogi anticipated modern trends in quantum
mechanics and chaos theory that put fundamental limits
on predictability– as does the sheer complexity of the
world, with its many interacting parts.

The idea of Yogi the Philosopher anticipating trends in quantum mechanics made me laugh out loud– an inspired
bit of humor.

However, I had no recollection of Yogi being a bad-ball hitter.

If you’re not familiar with the expression, it means someone who manages to get base hits even when he swings at bad pitches outside the strike zone.

I found some funny quotes (by others) re Yogi’s talent for hitting bad pitches:

Yogi had the fastest bat I ever saw. He could hit a ball
late that was already past him, and take it out of the
park. The pitchers were afraid of him because he’d hit anything, so they didn’t know what to throw. Yogi had
them psyched out and he wasn’t even trying to psyche
them out. — Hector Lopez

He ain’t much to look at and he looks like he’s doing everything wrong, but he can hit. He got two hits off us
on wild pitches. —Mel Ott
He hit it off the ground. And in the eighth, off the same
pitch—a low, inside fast ball—he hits inside third. Three
hits and he didn’t hit a good pitch all day. How the hell
do you pitch a guy like that? —Del Rice
Getting back to physics, Mr. Wilczek writes that “though we can’t predict the future, we can imagine possible futures.

It was in this context that Albert Einstein asserted, “Imagination is more important than knowledge,” because imagination “embraces all there ever will be.”

Mr. Wilczek goes on to say that recent work in physics and cosmology (the origin and development of the universe) show that “thinking about the way the world should work can lead us to make guesses that turn out to describe the way the world does work.”

He quotes theoretical physicist Paul Dirac who wrote, “It seems that if one is working from the point of view of getting beauty in one’s equations, and if one has really sound insight, one is on a sure line of progress.”

Why quote Dirac? Because:

(His) playful fusion (my emphasis) of special relativity and quantum theory led him to a beautiful equation for electrons that seemed to have a fatal flaw.

But the “flaw,” properly understood, predicted something wonderfully new: antimatter.

I don’t picture Mr. Dirac sitting around in his lab cracking jokes, but his being “playful” tells me that on some level, he was “thinking funny.” He was giving himself permission to come at problems from odd and unlikely angles.