yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

“Beyond a Reasonable Doubt”: How Juries Get It Wrong | Richard Dawkins | Big Think


2m read
·Nov 3, 2024

Processing might take a few minutes. Refresh later.

In Science in the Soul, I have a chapter on reasonable doubt, and it’s about, of course, the phrase. “Reasonable doubt” comes up in courts of law where juries are told that they must convict somebody, say a murder, only if it’s beyond reasonable doubt that they are guilty. And that sounds all very good; it should be beyond reasonable doubt.

But when you think about the fact that—I think about courtroom dramas, which are so popular on television, for example, and I suspect that this accurately portrays something like what goes on in real courtrooms. I’ve certainly been on three juries myself; there is a note of suspense in the court when the jury comes back. Which way will it go? Will it be guilty or not guilty? And then if they say “not guilty,” certain people heave a great sigh of relief. If they say guilty, other people do.

So there is a lot of doubt in the courtroom among people who have sat through the entire trial—the judge, for example, the lawyers, the audience who sat through the entire trial, as the jury has. So if the jury comes in and brings in a verdict that is beyond reasonable doubt, everybody in the court should know that. If it’s beyond reasonable doubt, there can be no doubt at which way the jury will jump.

And yet when the jury does give their verdict, how can that be if it’s beyond reasonable doubt? Imagine the following experiment: suppose that you had two juries listening to the same evidence, and the two juries are not allowed to talk to each other. They're sent off into separate jury rooms, and they come up with their own separate verdicts. Who would bet on the juries coming back with the same verdict every single time? Virtually nobody would.

If you think about the O.J. Simpson trial, for example, would anybody bet on another jury coming up with the same verdict? And yet unless you can bet, unless you can say “yes, they would come up with the same verdict,” you cannot really take the phrase beyond reasonable doubt seriously. Now I'm not suggesting that we should have two juries in every trial; I'm just pointing out that the phrase beyond reasonable doubt doesn't actually mean what it says.

More Articles

View All
Master Stoicism in 60 Minutes: The Philosophy That Will Change Your Life
What if you wake up tomorrow morning to the shocking revelation that everything you’ve ever worked for — all your savings, investments, retirement plans, and everything else — is completely wiped out overnight? You’ve gone from having it all and living la…
The Hittite Empire and the Battle of Kadesh | Early Civilizations | World History | Khan Academy
Now going to talk about a people that began to settle and eventually conquer much of Anatolia, modern-day Turkey, at the beginning of the second millennium BCE. These people are known as the Hittites. The word “Hittite” is referred to in the Hebrew Bible …
When Family Secrets (And Soap Operas) Fuel Creativity | Podcast | Overheard at National Geographic
I think when I think about my childhood, it feels split. There’s my childhood in Moscow and my childhood in Armenia, which came at the time of the collapse of the Soviet Union. So my first memory is of us standing in breadlines. My second memory is of us …
The Zipf Mystery
Hey, Vsauce. Michael here. About 6 percent of everything you say and read and write is the “the” - is the most used word in the English language. About one out of every 16 words we encounter on a daily basis is “the.” The top 20 most common English words …
How to Build Self-Discipline: The Stoic Way | Stoicism for Discipline
Today’s internet landscape bombards us with motivational quotes and videos which are intended to inspire and get things done. But motivation only gets one started; to accomplish something, we need to put in work. Working towards a goal requires effort and…
Partial derivative of a parametric surface, part 2
Hello, hello again! So in the last video, I started talking about how you interpret the partial derivative of a parametric surface function, right? Of a function that has a two-variable input and a three-variable vector-valued output. We typically visual…