Tonight, when your four-year-old daughter pesters you right before bed, asking: “Mom/Dad, will the kindergarten give out little red stars tomorrow?”
Resist the urge to immediately answer with, “As long as you’re good, you’ll definitely get one” or “For sure.”
Try asking her, in a highly serious, adult tone: “What do you think the chances are of getting a little red star tomorrow? Ten percent? Fifty-fifty? Or highly likely?”
Behind these two responses lie two cognitive operating systems as fundamentally different as life and death.
The first response, “For sure,” instills in her brain a deterministic, black-and-white law of perfect causality: If I am good = I will definitely get the good thing I want. The latter probabilistic question gently peels back the true nature of the world at an early age: As we discussed regarding the “luck tax,” a good outcome does not equal a good decision. Everything, whether it’s an adult’s bonus or a child’s red star, is suspended somewhere between 0 and 100%.
Embracing uncertainty—this capacity for “probabilistic thinking”—is the most neglected muscle in our hyper-competitive early education system that obsessively pushes academics, English, and sports. Yet, this invisible muscle is precisely the only foundation she will have to stand firm twenty years from now in a highly unpredictable AI era.
Our current education system is essentially teaching children to play chess.
Chess is a deeply rigid “perfect information game.” The board is perfectly clear: you and your opponent know exactly how many rooks and knights each has, and their positions are fully transparent. There is no hidden information. As long as your computing power is high enough, every move theoretically has a single, correct “optimal solution.”
Children raised in this assembly-line system grow up accustomed to a specific kind of security: There must be a standard answer in the manual for building these blocks; as long as I work hard enough to memorize vocabulary, I will get a high score; if I wasn’t picked as the class monitor, it must be because I wasn’t paying enough attention in class.
But unfortunately, the real life she will face when she grows up is a game of poker.
At the poker table, you cannot see your opponent’s cards. You cannot see the next card to be dealt from the deck. The information in your hands is always severely incomplete.
You must bite the bullet and push your chips forward in a fog of uncertainty and severe information asymmetry.
Even if you hold pocket Aces (the strongest starting hand) and your opponent holds only a 2 and a 7, there is still a fractional probability that they will turn the tables on you on the final card.
These two fundamentally different games train two entirely opposing species in a child’s brain:
| The child playing chess in early education | The adult playing poker in the real world |
|---|---|
| Firmly believes every problem has a “standard answer” | Acknowledges the world offers no standard answers designed to coddle you |
| Cries and breaks down when a puzzle can’t be solved | Holds a puzzle missing a piece and finds a way to build a different shape |
| Thinks “The blocks fell over, so I must be stupid” | Knows “I built it solidly; there just happened to be a gust of wind this time” |
| Is accustomed to saying “This is absolutely the case” | Is accustomed to saying “I am mostly confident this is the case” |
| Given a bad hand, chooses to forfeit immediately | Holds a bad hand and tries every possible way to minimize the loss |
Kindergarten and schools teach “how to find right and wrong on an open exam paper”; life, however, forces you into a pitch-black room with no multiple-choice options, making decisions like the blind men feeling the elephant.
The sharpest, most painful cut of probabilistic thinking—and the one that runs most counter to a child’s nature—lies in requiring you to look your four-year-old in the eye and admit: “Mom and Dad don’t have absolute certainty either. It is entirely possible for this world to disappoint good children.”
This goes completely against our desperate parental instinct to protect.
However, the Alliance for Decision Education (ADE) in the US conducted a highly precise test: when an adult says the word “maybe,” the probabilistic estimate that forms in the minds of different listeners varies drastically.
When you tell your four-year-old daughter: “If the weather is good this weekend, we maybe will go to the amusement park.” What you are thinking is: I will highly likely have to revise a slide deck online at the last minute; there’s probably only a 30% chance we actually go. But to her, not even as tall as your thigh, what she hears in her head is: Yay! Dad promised! It’s 90% confirmed! As long as I eat my meals properly these next few days, we will definitely go!
When the weekend arrives and you are scrambling frantically on your laptop instead of taking her, she feels you lied to her and throws a massive tantrum, while you think, “Why is she being so unreasonable?” The root cause is that our family education severely lacks the linguistic habit of establishing quantified probabilities with children from a young age.
Teaching a child this young how to play the poker game of life has an incredibly small yet remarkably powerful entry point.
Starting today, when your four-year-old little one points at a picture book or the TV and makes an extreme assertion—such as “The big bad wolf is definitely going to get eaten!” or “The castle I built today is absolutely the tallest!” or “Tomorrow’s cartoon will definitely show this!”
Try to gently but firmly stop her.
Ask her: “Do you think the chances of that happening are ‘a tiny bit’, ‘half-and-half’, or ‘mostly’?”
You don’t need to actually teach a four-year-old to calculate percentages down to the decimal point.
The numbers themselves don’t matter. What matters is that you are using this fuzzy yet tiered scale to forcibly pry open her black-and-white, highly fragile childhood mind.
You need to let her know: even if you have overwhelming certainty, there is always a 1% Reaper’s scythe of variance hanging out there in the world. This isn’t pessimism; this is objectivity.
And the child who grows up able to stand at the edge of this terrifying cliff, yet calmly play her cards and face disappointment without breaking down…
…is the one who, over the next twenty years, will avoid being swept off the board by the tidal wave of AI’s absolute certainty.
—— Decision-making can be practiced.
