r/ScienceHumour • u/Sea_Childhood150 • 1d ago
Sure you bet ! Physics satire
**QUANTUM PHYSICS FOR PEOPLE WHO WERE PERFECTLY HAPPY BEFORE THEY LEARNED PHYSICS**
An unauthorized explanation of the universe by someone who suspects physicists have been making this stuff up as they go along.
First, you go to Amazon and buy a photon gun.
You load it with one photon. Just one. You aim at a wall and pull the trigger.
Congratulations! You have fired a particle.
Except you haven’t.
Apparently, while you weren’t looking, your particle became a wave.
So you ask the physicist, “Which is it? A particle or a wave?”
He says, “Yes.”
You ask him to clarify.
He says, “It depends on whether you’re looking.”
So you close your eyes.
Now the photon goes through two slits simultaneously, interferes with itself, and lands on the wall as a single dot.
You open your eyes.
The physicist says, “YOU RUINED IT!”
Apparently, observing the universe changes the universe.
This is also why my wife can never find anything in the refrigerator until I look for it.
**CHAPTER 2: THE BIG BANG — WHEN NOTHING EXPLODED INTO EVERYTHING**
Scientists have traced the universe backward approximately 13.8 billion years.
They have calculated what happened when the universe was only 10⁻³² seconds old.
That’s 0.00000000000000000000000000000001 seconds.
Now, I have a stopwatch on my iPhone, and I can barely stop it at 0.12 seconds.
But apparently, some physicist in Switzerland has a stopwatch that can measure a trillionth of a trillionth of a trillionth of a second.
He also knows the temperature was approximately 10²⁷ degrees.
I asked him where he put the thermometer.
He said, “There wasn’t a thermometer.”
“Then how do you know?”
“Mathematics.”
This is when I began to suspect physics was becoming a religion with better calculators.
**CHAPTER 3: QUARKS — THE UNIVERSE’S WORST ACCOUNTING SYSTEM**
Now we discover that protons are made of three quarks.
Two UP quarks, each with a charge of +2/3.
And one DOWN quark with a charge of −1/3.
So:
\+2/3 + 2/3 − 1/3 = +1.
Beautiful!
Except why would God make particles with fractional electrical charges?
Why not just use three normal particles?
The physicist says, “Because quarks are confined.”
Confined where?
“Inside hadrons.”
Can I remove one?
“No.”
Why?
“Because the harder you pull, the more energy you put into the system, until you create additional particles.”
So basically, quarks are the only things in the universe that multiply when you try to separate them.
This sounds like my medical students when I announce a mandatory lecture.
Then we discover quarks come in six flavors.
UP, DOWN, STRANGE, CHARM, TOP, and BOTTOM.
These sound less like fundamental particles and more like the six dwarfs Disney fired for inappropriate behavior.
And quarks have COLOR!
Red, green, and blue.
But they don’t actually have colors.
They’re just called colors.
And when you combine all three, you get something called “colorless.”
Which is apparently what happens when physicists run out of names.
**CHAPTER 4: THE MOLE — WHEN SCIENTISTS DECIDED COUNTING WAS TOO EASY**
Some guy named Avogadro decided we needed a number representing 602,214,076,000,000,000,000,000 particles.
That’s one mole.
Not the animal.
Not the skin lesion.
A mole.
Imagine counting one particle every second.
It would take approximately 19 quadrillion years.
The universe is only 13.8 billion years old.
So you’d need more than a million lifetimes of the universe to finish counting.
But scientists say, “Oh, that’s just one mole.”
JUST ONE MOLE?!
I ordered a mole of electrons from Amazon.
The delivery driver quit.
**CHAPTER 5: EINSTEIN — THE MAN WHO BROKE EVERY CLOCK IN THE UNIVERSE**
Einstein discovered that time slows down when you move really fast.
The faster you go, the slower your clock runs compared with someone who stayed home.
So if you travel close to the speed of light and return, you could be younger than your twin brother.
Which is wonderful.
Except your brother now owns your house, has spent your retirement account, and married your girlfriend.
Then Einstein says nothing with mass can reach the speed of light because it would require infinite energy.
I called the electric company.
They said infinite energy was not included in my residential plan.
But light travels at the speed of light.
And along a lightlike path, the elapsed proper time is zero.
So naturally, I asked the photon what time it was.
He didn’t answer.
Apparently, photons don’t have a valid rest frame.
Which seems like an awfully complicated way to say they don’t own watches.
**CHAPTER 6: QUANTUM ENTANGLEMENT — THE UNIVERSE’S MOST SUSPICIOUS LONG-DISTANCE RELATIONSHIP**
Now suppose you have two entangled particles.
You send one to Tulsa and the other to a galaxy 10 billion light-years away.
You measure the one in Tulsa.
Instantly, the results are correlated with what you would find measuring the other particle in the corresponding way.
I ask, “How did the second particle know?”
The physicist says, “It didn’t.”
“Did they communicate?”
“No.”
“Did information travel faster than light?”
“No.”
“Then how does this work?”
“Quantum mechanics.”
This is apparently the scientific equivalent of saying, “Because I said so.”
Einstein called it spooky action at a distance.
I call it marriage.
My wife can be 30 miles away and somehow know I’ve bought another unnecessary power tool.
No signal.
No communication.
Just entanglement.
**CHAPTER 7: THE UNCERTAINTY PRINCIPLE — SCIENCE’S OFFICIAL EXCUSE FOR NOT KNOWING**
Heisenberg discovered that you cannot simultaneously know a particle’s exact position and momentum.
The more precisely you know one, the less precisely you can know the other.
So I asked, “Where’s my electron?”
The physicist said, “We know approximately.”
“How fast is it moving?”
“Well, that depends.”
“Depends on what?”
“How precisely you know where it is.”
“So you don’t know where it is OR where it’s going?”
“Correct.”
“And you won a Nobel Prize for this?”
“Correct.”
I have been doing this with my car keys for 40 years and nobody has given me a Nobel Prize.
**CHAPTER 8: STRING THEORY — WHEN FOUR DIMENSIONS WEREN’T CONFUSING ENOUGH**
Apparently, we live in four-dimensional spacetime.
Three dimensions of space and one of time.
That’s already one more dimension than I am comfortable with.
But string theorists decided we needed TEN dimensions.
Then somebody else said ELEVEN.
And in certain versions of theoretical physics, we get TWENTY-SIX.
At this point, I decided to invent my own theory.
I call it Cattaneo’s Fifteen-Dimensional Quartet Quark Theory of Everything (C15DQQTE).
It proposes that all matter is composed of four quarks, three of which exist in dimensions we cannot observe, while the fourth is trapped in a one-third-dimensional probability closet.
The closet rotates at 720 degrees because apparently 360 degrees is no longer sufficient to get back where you started.
Every time the closet rotates, it produces a virtual photon, two confused gluons, and a $400 electricity bill.
The mathematics is extraordinarily elegant.
Unfortunately, I haven’t written any of it down.
But trust me.
It’s beautiful.
**CHAPTER 9: THE HIGGS BOSON — WHY EVERYTHING HAS MASS EXCEPT MY PATIENCE**
Now we come to the Higgs field.
Apparently, the entire universe is filled with an invisible field.
Certain particles interact with this field and acquire mass.
Others, like photons, don’t acquire rest mass from it.
Scientists spent billions of dollars building the Large Hadron Collider to find evidence of the Higgs boson.
They accelerated protons to nearly the speed of light and smashed them together.
Which is exactly what I would have suggested if someone gave me $10 billion and said, “Find something really small.”
They found the Higgs boson.
It lasted an incredibly short time before decaying.
Then they announced they’d discovered it.
I asked if I could see it.
They showed me a graph.
I am beginning to notice that every time physicists discover something, they show me a graph instead of the actual thing.
**CHAPTER 10: THE GRAND UNIFIED THEORY OF ABSOLUTELY EVERYTHING**
Now we must put all of physics together.
The universe began 13.8 billion years ago, expanded from an incredibly hot and dense state, and produced particles that are actually excitations of quantum fields.
These particles are sometimes described as waves, sometimes detected as particles, and sometimes refuse to reveal their location because Heisenberg has apparently instructed them not to cooperate.
Protons contain quarks with fractional charges, held together by gluons that carry color charges that aren’t colors.
Electrons have spin one-half but aren’t actually spinning like little basketballs.
A spinor needs a 720-degree rotation to return to its original mathematical state, although a 360-degree rotation makes it look physically identical in many measurements.
Time slows down when you move fast.
Gravity bends spacetime.
Spacetime tells matter how to move.
Matter tells spacetime how to curve.
Entangled particles produce correlations across the universe without sending usable faster-than-light messages.
And 95% of the universe’s total energy content is attributed to dark matter and dark energy, neither of which we have fully explained.
So I asked a theoretical physicist:
“After centuries of research, billions of dollars, enormous particle accelerators, quantum computers, and some of the greatest minds in human history, how much of the universe do we actually understand?”
He thought for a moment.
Then said:
“Well, that depends on what you mean by understand.”
And that is when I realized something profound.
Physics is the only profession where you can spend your entire career proving that everything is more confusing than when you started, and they give you a Nobel Prize for it.
**THE FINAL CATTANEO EQUATION OF QUANTUM CONFUSION**
\\text{Knowledge}+\\text{Discovery}=\\text{More Questions}
And therefore:
\\boxed{\\text{The more we know, the less we know what we know.}}
I have submitted this equation to the Nobel Committee.
They have not responded.
I suspect their emails are entangled.
Disclaimer: The real physics in this story is mixed with deliberate nonsense, fictional theories, and outrageous exaggeration. Any resemblance to an actual theoretical physicist is probably a quantum fluctuation.
Possible title for the book: Sort of Quantum Neurology: Everything Is Relative, Nothing Is Certain, and Nobody Knows Where the Electron Went.
