Transcription
In "The Paradox of Choice," Barry Schwartz said, "Learning to choose is hard. Learning to choose well is harder, and learning to choose well in a world of unlimited possibilities is harder still. Perhaps too hard."
Each and every one of us experiences an endless loop of opportunities. It can be as simple as too many choices on Netflix, all the way to real-world problems like financial decisions. Many of us spend years thinking forward towards those things, asking what steps I need to take to actually hit my goals. But the question of how do I successfully accomplish a goal is so vague and large that it breaks into a thousand smaller answers. So, now which solution do you focus on when you have a thousand different solutions? Even a smaller question of how do I become healthier has too many solutions. All that does is lead you towards decision paralysis.
The person that's able to get out of that infinite loop of possibility does so by flipping their perspective on the problem. This method is called inversion. Inversion is a thinking tool where you look at a problem from the opposite end. So, instead of starting at a goal and working toward it, you start at the other end and work back. It can mean starting from the failure you want to avoid, or starting from the success you want and asking what would it take to get there. In today's video, I'll show you how you can use inversion to eliminate decision paralysis so that you can reach your goals successfully.
Engineers have been working to make cars safer since the invention of automobiles. The idea was that building a stronger car should keep people safe. A solid frame that holds its shape equals good. This idea stood until someone came along to question it. Bela Barényi was an engineer at Mercedes-Benz, and he was working on the same goal as everyone else. He wanted to make cars safer for people, but he approached the problem from a different angle. Instead of asking what would make the car safer, he asked, "What would cause more fatalities?" He started from the outcome everyone wanted to prevent and worked backward to what produced it. That question led him to the physics of what happened to a body in a crash. The thing that injures you in a sudden stop is how fast your body goes from full speed to zero. A rigid car stops almost instantly, so the people inside it stop almost instantly, and the body can't take that. The strength the industry was building toward was ironically what caused cars to be far less safe for people.
So, this insight reshaped how cars were built. The middle section, where people sit, stayed rigid to keep the cabin intact. The front and rear were built to fold and collapse on impact. When those sections crumple, they stretch the crash out over a slightly longer moment, and that extra fraction of a second slows the body down gradually instead of all at once. You can see the difference in a car test from 2009, where a modern Mercedes was driven head-on into a model from 1959. The older car holds its shape until the collision, and then the cabin folds inward around the driver. The newer car crumples at the front while the cabin stays intact. The whole industry was asking how to make the car withstand the clash, and that led to building rigid cars. Barényi asked what would cause a fatal crash, and that question led him to build a car to break.
So, there are two ways that inversion can be applied. The first way to use inversion is to stop aiming at the goal and aim at what would ruin it instead. Instead of asking what would make something succeed, you ask, "What would reliably make it fail?" And then you remove those things. So, if it's summertime and a group of kids want to open a lemonade stand, they could try to figure out everything that makes it succeed, like the perfect recipe, the right price, the best spot, and the list just kind of goes on. The problem is that they would never get out the door. So, what they can do instead is look at what makes a lemonade stand fail. Setting up where nobody walks by, or running out of cups or charging so much that people keep walking or picking a rainy day. Avoid those and the stand mostly works. This is easier than chasing the perfect setup because failure is much more predictable than success. There are countless ways for something to go right, most of them depending on timing and luck you don't control, but the ways for it to go wrong tend to be the same from one stand to the next.
The second way works in the opposite direction. Instead of looking for what causes the failure, you fix the outcome you want as already true before you have any idea on how you're going to reach it and then you ask what would have to be the case for that to hold. The Oreo started as a copy. A cookie called Hydrox came first in 1908 and four years later Nabisco set out to build one just like it. They didn't start from scratch and hope to land on something people liked. They started from a cookie that already existed and worked backward from it, taking the finished product as the fixed point and figuring out what would have to go into it to come out that way. Instead of a hundred things you could try, you get a short list of things required to reach the outcome.
In 1847, a doctor named Ignaz Semmelweis was working in a Vienna maternity hospital trying to understand why so many new mothers were passing away from fever. The hospital had two wards. In the one run by doctors, women passed away at nearly five times the rate of the one run by midwives, and no one could figure out why. Semmelweis didn't start by asking what would make mothers healthier. He looked at the difference between the two wards and traced it backwards. The doctors, it turned out, were coming straight from performing autopsies to delivering babies, carrying something invisible on their hands. He ordered them to wash with a chlorine solution, and the death rate collapsed from around 18% to under two. Instead of adding a cure, he found what was causing fatalities and removed it. Most of us already know what would wreck our health. It's a short list like sitting all day, sleeping 4 hours, living on processed food, drinking too much. Instead of focusing on the perfect routine, it's far easier to eliminate what breaks the body. The rest of it kind of takes care of itself.
A psychologist named John Gottman spent decades watching couples argue in a lab trying to predict which marriages would last. Instead of cataloging what couples do right, he looked for the behaviors that showed up before a divorce. And he found four that were able to predict it with unsettling accuracy. Criticism, defensiveness, stonewalling, and contempt. Contempt, the sarcasm and eye-rolling and quiet sense of superiority, turned out to be the strongest predictor of all. He called it the acid that dissolves a relationship. What's useful about this is the direction he worked in. The question, "How do I become a good partner?" gives you a thousand soft answers, which who knows which one to focus on, but asking "What reliably damages a relationship?" and the answers are specific and almost everyone agrees on them. Contempt, letting resentment build instead of saying it, or disappearing when things get hard.
Most people who pick up a hobby don't fail at it, they quit it. And the quitting tends to happen at the same point, early, right after the beginner's excitement wears off, and before any real skills form. There's a stretch in the middle of learning anything where the novelty is gone, the skill isn't there, and the progress is happening too slow to see. In that stretch, clumsiness starts to look like proof of not being cut out for it. The forward inversion changes what's in view. The forward question is "How to get good?" and it sends a person hunting for tips and techniques. And the inverted question is "What makes people quit before they get good?" The answers have nothing to do with talent, expecting fast results, so early clumsiness reads as a verdict, comparing fresh attempts against people with years of practice, having no way to register small progress, so the effort feels like standing still. Practicing only when motivation shows up, so never becomes a habit that survives the dull part. What the inverted question surfaces is that all of these are a matter of perspective, not ability. The person who quits and the person who continues aren't separated by talent, they're separated by how each one reads the dip. To one, being bad at something new is a signal to stop. To the other, it's the ordinary cost of starting. Inversion doesn't hand anyone skill, it shows that staying with a hobby long enough to get good is mostly a matter of not mistaking the hard part for the dead end.
When Amazon develops a new product, they do something that sounds backward. Before anyone writes code or builds anything, the team writes the press release for the finished product as if it already has launched. Then, they write out the questions a customer would ask about it. They're describing a success that doesn't exist yet in detail, and only once that description holds together does the building begin. Kindle and Prime were both made this way. It's the same move as the Oreo. Turn towards something that doesn't exist yet. Instead of starting from the parts and hoping they add up to something good, the finished result is fixed first, and the work is whatever that result turns out to require. The press release describes a product people already love, and the questions underneath it force out everything that would have to be true for that to be the case. So, what the team ends up holding isn't a guess of what might sell well, it's a list of what the success that you wrote down would actually depend on.
If you would like more videos on mental models, let me know in the comments below. Thank you for watching.