Amaze Amaze Amaze .aka. Why the Curious Will Save the World
- rmclements10
- Mar 22
- 6 min read
If you haven't read or watched Project Hail Mary yet - you need to, it's fantastic. Spoiler Warning - my inner space nerd self is having a moment.
The Curious Will Save the World
Ryland Grace shouldn't have been on that ship.
He was a middle school science teacher. Not a decorated astronaut, not a Nobel laureate, not anyone you'd choose for humanity's last chance at survival. He was a professional oddball. The guy whose brain never switched off, who followed ideas past the point of social acceptability and paid the price and then kept pressing. His partner left him because his head was always in the clouds - dreaming of possibilities that no one else understood.
That guy. They sent that guy to save the world.
He had no idea what he was doing.
He woke up alone in space with no memory, no manual, and no one to call. And he just started figuring it out. One problem at a time. Not because he had the credentials. Not because he'd trained for this. Because he was willing to try, willing to be wrong, and too curious to stop.
Most Things in Life Are Figure-It-Out-Able
Our society revolves around specialty, how we hire, how we educate, how we value people, and the assumption that you need the credential before you earn the right to attempt the thing. That the certified and pedigreed are the only ones qualified to step into the room.
"That's the thing about astronauts, no one really is one until they are one." - Steve Carrell in Space Force
But watch what Grace actually does. He doesn't wait until he's ready. He's never ready. Maybe that's the point of the entire movie - he WAS never ready. His colleagues saw his potential and put him in the command seat, praying that he would rise to the occasion.
He looks at the problem in front of him, asks what he knows, asks what he can test, and takes a swing. He fails constantly ... and then he figures it out.
Because most things are figure-out-able. Not easy. Not quick. But figure-out-able. Even in outer space. Even alone. Even when the stakes are the survival of every human being who has ever lived.
You don't need to be an expert most of the time. You need to be willing to show up, take a chance, and have the creativity to solve the next problem when it arrives. That's the skill.
The Wright Brothers Had No Business Building an Airplane
Orville and Wilbur Wright had no engineering degrees. No government funding. No institutional backing. They ran a bicycle shop in Dayton, Ohio.
And yet they figured out powered human flight before anyone else, including the well-funded, highly credentialed experts who were racing them to it.
Here's why: they brought ideas that aviation hadn't thought of yet because aviation didn't exist yet. From their work with bicycles they understood balance, control, and how a human body intuitively adjusts to stay upright in motion. They understood that the problem wasn't just getting something into the air, it was keeping it there and steering it. That insight, borrowed completely from a different industry, was the breakthrough everyone else missed.
They weren't thinking like aeronautical engineers. They were thinking like cyclists. No algorithm would have made that connection. No specialist would have thought to look there. It took two curious generalists from a bicycle shop who didn't know enough to know it was impossible.
Specialists are essential - you want one designing your bridge and doing your taxes and removing your appendix. But specialists operate within a frame. They know the rules of their domain so well that the rules become invisible. They stop seeing the walls of the room they're standing in.
Generalists see the walls.
Grace's superpower isn't that he knows more than the specialists around him; it's his humility. He knows that he doesn't know everything. A problem in one domain triggers a memory from a completely unrelated field. He makes the connection nobody else makes because nobody else was reading that and this and wondering how they might rhyme. The Wright brothers solved the challenges of keeping humans upright on a bicycle wheel, and they saw how their solutions could be applied to flight.
The biggest problems we face don't live inside a single discipline. They live at the intersections. Climate, pandemics, AI, food systems - problems that laugh at org charts. They require someone willing to hold biology and economics and engineering and human behavior in their head at the same time and not panic about the mess.
That's not a credential. That's a personality type. It's curiosity.
Curiosity Is Optimism In the Real World
Real optimism isn't a feeling. It's curiosity in action. It's the refusal to accept that a problem is closed. It's waking up on a spacecraft millions of miles from Earth with no memory and thinking okay, what do I know, and what can I figure out from here?
Grace doesn't radiate positivity.
He looked out of the spacecraft into the vastness of space and said absolutely not and went back inside.
But,
then,
he asks the next question.
He knew the cost of staying where he was,
and decided it was worth it to ask what could happen if i step out of this ship?
And that's the most optimistic thing a person can do. It assumes that there is a next question worth asking.
That the answer exists somewhere, and you might be curious enough to find it.
His ex thought that was a character flaw. Too idealistic. Too untethered.
But the world wasn't calling him for a normal life.
The Future Belongs to People Who See What Hasn't Been Done Yet
The people like Grace, whose heads are in the clouds, who can see a possible future that no one else can see or understand. AI can do what's been done before - faster, cheaper, at scale. Algorithms can optimize within a known frame better than any human ever could. If your value is in executing the established playbook, that's a conversation worth having with yourself. What algorithms can't do is make the leap.
They can't sit with two unrelated ideas from two different worlds and feel something connect. They can't go off-script, get a hunch, or walk into a completely unprecedented situation and just start figuring it out.
The algorithms on the Hail Mary went in circles trying to process the procedures and manuals they were programmed with. They would have spiraled until Grace died and the project failed. Computers are not capable of creating the future, only making assumptions based on the past.
The people who will thrive in what's coming aren't the ones who know the most about how things have been done. They're the ones obsessed with what hasn't been done yet.
The ones who read across industries, borrow frameworks from places they don't belong, and make connections no training data could have predicted.
The ones who, instead of asking who's the expert here, ask what if we just tried this?
When a group of Caltech students kept blowing things up in their pursuit of rocketry, instead of being expelled, they were given a remote canyon and the freedom to experiment - that "Suicide Club" went on to found what is now NASA's Jet Propulsion Laboratory.
Cheers to the Weirdos
The world has spent a long time telling curious, restless, hard-to-categorize people to focus. Pick a lane. Get the right degree before you dare to try the thing. Get your head out of the clouds and agree with all of the experts.
Those people smiled, nodded, and went home and kept following ideas down rabbit holes at midnight because they couldn't help it.
Those are the people we need now.
The ones with strange résumés and cross-disciplinary obsessions and the belief that they can figure anything out given enough time and a whiteboard. The ones who never waited until they were ready because they understood that ready is a myth - that the only way through is to start, stay curious, and solve each problem as it comes.
Grace didn't know what he was doing. He figured it out.
The future will be built by people who connect dots nobody else even saw as dots. Who walk into a room full of experts and say yeah, but have you thought about it this way?
Ryland Grace is fiction. The weirdos are real.
And they're going to figure it out.
And if you're a non-weirdo, it's you job to make space for the weirdos to blow stuff up - because it might be exactly what you didn't know you needed.
The Books That Inspired This Post
Project Hail Mary by Andy Weir
Range: Why Generalists Triumph in a Specialized World by David Epstein — the definitive case for why breadth beats depth in complex, unpredictable fields.
How the Wright Brothers Took Flight — Smithsonian Magazine's deep dive into how their bicycle shop thinking cracked the problem of powered flight: smithsonianmag.com
The Wright Brothers Collection — National Air and Space Museum: airandspace.si.edu
Comments