I Have to Admit, the Person Who Came Up With This Trick Has an Incredibly High IQ

I have to admit, the person who came up with this trick has an incredibly high IQ.

You know the kind.

You see it once and immediately think, "Why didn't I think of that?"

It isn't necessarily complicated.

It doesn't require expensive equipment.

It doesn't involve some revolutionary piece of technology.

Sometimes it's nothing more than looking at an ordinary problem from a slightly different angle.

And that is what makes genuinely clever tricks so satisfying.

The best ones don't feel like magic.

They feel like something that should have been obvious all along.

You see the solution, and suddenly the problem itself looks completely different.

Why clever tricks feel like genius

There is a particular pleasure that comes from discovering a clever shortcut.

You have probably experienced it yourself.

You spend ten minutes struggling with something.

You try one method.

It doesn't work.

You try another.

Still nothing.

Then someone walks over, makes one tiny adjustment, and suddenly the entire problem disappears.

Your first reaction is usually a mixture of admiration and irritation.

"That's brilliant."

Followed immediately by:

"Why didn't I think of that?"

That second question is what makes these tricks so interesting.

Because cleverness often isn't about knowing more.

It's about seeing differently.

A person doesn't necessarily need a genius-level brain to invent a clever solution. What they need is curiosity, observation, experimentation, and the willingness to question assumptions.

That's why some of the most impressive everyday inventions come from people who simply noticed something everyone else had overlooked.

The difference between complicated and clever

We tend to associate intelligence with complexity.

If something is complicated, we assume the person who created it must be brilliant.

But complicated and clever aren't the same thing.

A complicated solution might involve dozens of steps.

A clever solution might involve two.

The complicated solution says:

"Here are all the things you need to do."

The clever solution says:

"What if you didn't have to do most of them?"

That is a fundamentally different way of thinking.

Instead of working harder within the rules of a problem, clever people sometimes question the rules themselves.

They ask:

"Why are we doing it this way?"

"Does it actually have to be done this way?"

"What happens if I turn it around?"

"What if I use this object for something completely different?"

"What if I eliminate a step instead of improving it?"

Those questions can produce surprisingly powerful results.

The hidden genius of everyday objects

One of the most impressive things about a great trick is how often it uses something ordinary.

A spoon.

A rubber band.

A piece of cardboard.

A binder clip.

A towel.

A plastic bottle.

A shoelace.

A kitchen utensil.

Something sitting in your home unnoticed suddenly becomes the perfect solution to a problem you didn't know how to solve.

The object hasn't changed.

Your understanding of it has.

That's an important distinction.

Innovation often begins when we stop seeing an object only for its intended purpose.

A binder clip isn't just for holding papers.

A cardboard box isn't just packaging.

A towel isn't just something you use after a shower.

The world is full of objects waiting to be repurposed.

The power of looking at things differently

Imagine that you have a problem everyone solves in the same way.

Everyone has the same routine.

Everyone uses the same tools.

Everyone follows the same sequence.

Then someone comes along and says:

"What if we don't do that?"

At first, the idea may sound ridiculous.

That's normal.

People are often uncomfortable with solutions that challenge familiar routines.

We're creatures of habit.

Once we find a method that works, we stop looking for alternatives.

That's efficient—but it can also make us blind to better possibilities.

The person who invents the clever trick is often the person who hasn't yet accepted that "this is how it's done" is a sufficient answer.

"This is how we've always done it"

Few sentences are more dangerous to innovation than that one.

"This is how we've always done it."

Maybe.

But that doesn't mean it's the best way.

It only means it's the familiar way.

Human progress is essentially a long history of people asking whether familiar methods could be improved.

Someone eventually asks:

"Why does it have to be this way?"

And sometimes the answer is:

"It doesn't."

That tiny realization can change everything.

Cleverness often starts with frustration

Many great tricks probably began with someone being annoyed.

A drawer wouldn't close.

A cable kept falling behind a desk.

Something was difficult to clean.

An object wouldn't stay where it belonged.

A repetitive task took too long.

Something kept breaking.

Most people encounter those frustrations and simply tolerate them.

Clever people sometimes become obsessed with them.

They think:

"There has to be a better way."

That sentence is incredibly powerful.

It turns irritation into experimentation.

Instead of accepting the problem as inevitable, you treat it as a design challenge.

The "Why didn't I think of that?" reaction

This reaction is actually evidence that a trick is good.

If the solution is so complicated that nobody could understand it, you might call it impressive.

But if the solution is incredibly simple once you see it, you call it brilliant.

That's the hallmark of elegant problem-solving.

The solution doesn't merely work.

It makes you wonder why you hadn't considered it before.

It's similar to a good joke.

The best jokes often have a moment when everything suddenly clicks.

"Oh!"

That's the same feeling a clever trick produces.

Your brain sees the relationship between two things that previously seemed unrelated.

The brain loves shortcuts

Human brains are constantly looking for patterns.

We want to reduce effort.

We want to predict outcomes.

We want to recognize familiar structures.

That's why a clever trick can feel so satisfying.

It compresses a complicated problem into a simple mental model.

Instead of remembering ten steps, you remember one principle.

Instead of struggling with an awkward task, you know the shortcut.

Instead of fighting the problem, you work with it.

That's efficient thinking.

And efficiency is one of the most underrated forms of intelligence.

But is the inventor really a genius?

Probably not in the literal sense.

We should be careful with phrases like "incredibly high IQ."

Inventing a clever trick doesn't automatically mean someone has an exceptionally high measured intelligence score.

IQ tests measure particular cognitive abilities under standardized conditions.

They don't capture every kind of creativity, practical intelligence, ingenuity, persistence, craftsmanship, or curiosity.

Someone can be extraordinarily clever without having an extraordinary IQ score.

And someone can have a very high IQ and never invent a useful household trick.

Intelligence is bigger than a number.

The person who came up with the trick may simply have excellent observational skills.

They may be creative.

They may experiment.

They may be unusually patient.

They may be someone who hates doing things inefficiently.

Whatever the explanation, the result can still be brilliant.

The genius of noticing

One of the most underrated skills in the world is noticing.

Not seeing.

Noticing.

Everybody sees the drawer.

But one person notices that the handle could be used differently.

Everybody sees the rubber band.

One person notices that it can create tension where something keeps slipping.

Everybody sees the bottle.

One person notices that its shape makes it useful for something else.

Observation is where many clever solutions begin.

The world is constantly giving us information.

The challenge is paying attention.

Curiosity is more important than certainty

A person who thinks they already know how everything works has little reason to experiment.

A curious person is different.

They ask questions.

"What happens if I try this?"

"Would this work upside down?"

"Could I use something else?"

"Can I remove this step?"

"What if I combine these two things?"

Most experiments fail.

That's fine.

The point isn't that every idea works.

The point is that curiosity creates more opportunities for discovery.

The clever trick we admire may be the surviving idea from dozens of attempts nobody ever saw.

The internet has turned tricks into a global language

One of the wonderful things about modern life is how quickly clever ideas spread.

Someone discovers a useful trick in one kitchen, garage, workshop, classroom, office, or garden.

They record it.

They share it.

Someone on the other side of the world sees it.

Within days, millions of people know it.

A solution that once belonged to one household becomes common knowledge.

That's remarkable.

Human beings have always shared knowledge, of course.

But digital communication has accelerated the process dramatically.

A clever observation can travel farther in a day than it might once have traveled in a lifetime.

But not every viral trick is actually clever

There is a downside.

The internet is full of supposed life hacks that look impressive but don't actually solve anything.

Some are inefficient.

Some are dangerous.

Some are staged.

Some are more complicated than the original problem.

Some work once for a video and then become useless in real life.

That's why genuine cleverness deserves a little skepticism.

Don't be impressed simply because something looks unusual.

Ask:

Does it actually work?

Is it safer?

Is it faster?

Is it cheaper?

Is it easier?

Does it solve the original problem?

Does it create a new problem?

The best trick survives those questions.

A real life hack should make life easier

This seems obvious, but it's worth stating.

A trick is only useful if it improves something.

If a five-second task becomes a fifteen-step process involving glue, tape, string, scissors, and a complicated diagram, congratulations—you may have invented a worse method.

The ideal trick reduces friction.

It takes something annoying and makes it simple.

It removes unnecessary effort.

It uses resources intelligently.

It doesn't require you to become an engineer before breakfast.

That's the beauty of elegant solutions.

The principle of doing more with less

Many great tricks share one principle:

Use what you already have.

You don't necessarily need another gadget.

You need a different way to use the things already around you.

This principle has applications far beyond household tricks.

Businesses use existing resources differently.

Engineers repurpose materials.

Artists transform ordinary objects.

Scientists discover new uses for existing technologies.

Entrepreneurs find new markets for familiar products.

Creativity often means rearranging what already exists.

You don't always need to invent something new.

Sometimes you need to combine old things in a new way.

The best trick may be the one you invent yourself

There's another reason clever tricks are valuable.

They teach you how to think.

If you constantly search for someone else's hacks, you can become dependent on external solutions.

But if you study why a trick works, you can start inventing your own.

Ask what principle is behind it.

Is it about leverage?

Friction?

Gravity?

Balance?

Organization?

Redirection?

Compression?

Timing?

Reusing space?

Eliminating steps?

Once you recognize the principle, you can apply it somewhere else.

That's when a single trick becomes a way of thinking.

Think like a problem-solver

When something annoys you, don't immediately accept it.

Pause.

Ask what is actually causing the problem.

Then ask whether you are solving the wrong problem.

Suppose something keeps falling over.

You might think:

"How do I hold it upright?"

But another question could be:

"Why does it need to stand upright?"

Or:

"Can I change the center of gravity?"

Or:

"Can I prevent it from moving?"

Or:

"Can I redesign the arrangement entirely?"

The more questions you ask, the more possibilities appear.

Sometimes the simplest answer is hidden by habit

Imagine doing the same task every day for ten years.

Eventually, you stop seeing it.

You simply perform it.

That's why outsiders can sometimes find improvements that experts miss.

An outsider hasn't learned all the assumptions.

They see the process with fresh eyes.

This is one reason children can sometimes produce surprisingly creative solutions.

They haven't yet learned which ideas are supposedly "not how things are done."

They try.

They experiment.

They ask strange questions.

Sometimes the strange question contains the solution.

Don't underestimate practical intelligence

There is a kind of intelligence that doesn't always show up in classrooms.

Knowing how to fix something.

Knowing how to improvise.

Knowing how to organize a cramped space.

Knowing how to make something work with limited resources.

Knowing how to diagnose a problem.

Knowing which shortcut will actually save time.

Knowing when not to overcomplicate things.

These abilities matter.

A person who can walk into a messy situation and calmly figure out what needs to happen next is demonstrating a valuable form of intelligence.

Call it practical intelligence.

Call it ingenuity.

Call it common sense.

Whatever name you give it, you know it when you see it.

Why we admire people who make things look easy

There is a special kind of elegance in effortless-looking solutions.

A professional chef can make a complicated dish appear simple.

A skilled carpenter can make a difficult joint look straightforward.

A great athlete can make an extraordinary movement look natural.

A brilliant designer can create something so intuitive that you never wonder how to use it.

And a person who invents a great everyday trick can make a frustrating problem disappear with one tiny adjustment.

In each case, the visible simplicity hides the thinking behind it.

That's what makes it impressive.

The solution is often hiding in the problem

This is perhaps the most useful principle of all.

Sometimes the thing causing the problem also contains the solution.

Something slips?

Use the friction.

Something won't move?

Use leverage.

Something won't stay open?

Use tension.

Something is difficult to reach?

Change the angle.

Something takes too long?

Remove a step.

Something doesn't fit?

Change the arrangement.

Instead of fighting the characteristics of the situation, work with them.

That is often what makes a trick feel almost magical.

The solution was there the whole time.

We just weren't looking at the problem correctly.

Genius doesn't always look impressive

If you imagine genius, you might picture laboratories, equations, inventions, or complicated machines.

But sometimes genius looks like someone standing in a kitchen saying:

"Wait a minute."

That's it.

No dramatic music.

No laboratory.

No white coat.

Just a person noticing something.

That tiny moment can lead to a solution that makes thousands of people say:

"How did I never think of that?"

Perhaps that's why everyday ingenuity is so enjoyable.

It's accessible.

You don't need a doctorate to have a clever idea.

You need to pay attention.

The next time something annoys you...

Don't immediately reach for the usual solution.

Pause.

Look at the problem.

Look at the objects around you.

Look at what you're currently doing.

Ask yourself:

Can I eliminate a step?

Can I use something differently?

Can I reverse the process?

Can I change the position?

Can I make gravity work for me?

Can I use friction instead of fighting it?

Can I combine two simple things?

Am I solving the actual problem?

Those questions may not produce an answer immediately.

But they change the way you approach problems.

And that is more valuable than any individual trick.

The real secret isn't the trick

Here's the funny thing.

When we say:

"I have to admit, the person who came up with this trick has an incredibly high IQ," we're usually expressing admiration.

But the most valuable part isn't necessarily the trick itself.

It's the thought process behind it.

The inventor looked at something ordinary and refused to accept the ordinary solution.

They noticed something.

They questioned something.

They experimented.

They found a connection.

They tested an idea.

And eventually, they discovered a simpler way.

That's creativity.

That's curiosity.

That's practical intelligence.

And those are skills that anyone can develop.

Maybe you can become the person everyone admires

The next great trick doesn't have to come from some mysterious genius somewhere on the internet.

It could come from you.

The next time you find yourself complaining about a tiny problem, take it seriously.

Not emotionally.

Curiously.

Ask why it keeps happening.

Ask whether there is a simpler way.

Try something unusual.

Move the object.

Change the sequence.

Remove a step.

Use something for a purpose it wasn't originally designed for.

It might fail.

That's fine.

Try again.

Eventually, you might discover something.

And then someone else might see it and say:

"I have to admit, the person who came up with this trick has an incredibly high IQ."

You'll know the truth.

It wasn't magic.

It wasn't necessarily genius.

It was simply the result of looking at an ordinary problem and refusing to assume that the ordinary solution was the only one.

The most brilliant solutions are often hiding in plain sight

That's the real lesson behind every great trick.

We spend so much time searching for complicated answers that we overlook simple ones.

We assume useful ideas require special tools.

They often don't.

We assume innovation requires enormous resources.

It often starts with a tiny observation.

We assume intelligence means knowing everything.

Sometimes it means simply asking a better question.

And we assume the smartest person in the room is the one with the most complicated explanation.

Sometimes it's the person who says:

"Wait.

Why don't we just do this instead?"

That person may not have a perfect IQ score.

They may not have a fancy degree.

They may not have spent years studying the subject.

But they saw something the rest of us missed.

And sometimes, that's all it takes.

Final thought

The next time you encounter one of those wonderfully simple tricks that makes you stop and stare, don't just copy it.

Ask yourself why it works.

What did the inventor notice?

Which assumption did they challenge?

What unnecessary step did they eliminate?

What ordinary object did they see differently?

Once you understand that, you've learned something much more valuable than the trick itself.

You've learned a way of thinking.

And perhaps that is the real sign of cleverness.

Not having an answer for everything.

Not making everything complicated.

Not proving how intelligent you are.

But being willing to look at an ordinary problem and wonder:

"Is there a better way?"

Sometimes there is.

Sometimes it's ridiculously simple.

And when you finally see it, you can't help but laugh.

Because the person who invented it may not actually have an incredibly high IQ.

They may simply have done something that is much harder than it sounds:

They noticed what everyone else overlooked.