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In The Experiment With Nuggets Locked In A Cage, A Crow Surpasses Humans In Crossing A Nine-Step Maze That Combines Logic, Physics, Memory, And Intelligent Tool Use.
A crow surpasses humans when turning a simple race for nuggets into a public lesson on animal intelligence. To reach the food, it must solve nine difficult problems, each designed to block any “obvious solution” and force real reasoning.
The story begins as revenge and ends as a reality check. Amid bullying on the porch, scientific curiosity, and a circuit of challenges, the test reveals that underestimating crows is not just a mistake, it’s an invitation to embarrassment.
The Crusade Against Crows And The Bullying That Became An Experiment
It all starts from a repeating pattern: food delivery arriving, person getting out of the car, dinner served. However, on several of these occasions, the crows stole the nuggets.
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The narrator realizes it was not just theft; it was provocation: spilled drinks, mocking flights, and a clear feeling of being targeted.
From there, the question guiding the entire video arises: how to measure a crow’s intelligence in a way that does not depend solely on “it seems smart”? This is when the plan is conceived, and this is where the crow surpasses humans not by strength, but by strategy.
Sheryl’s Choice And The Nine-Part Maze
To represent the species, the narrator searches for a female crow in a bird sanctuary, Sheryl. Months of observation make her curiosity clear and indicate a strong understanding of cause and effect, with a preference for specific objects like a small wooden ball.
Then comes the central proposal: nuggets protected by an “upside-down” cage designed to keep birds outside.
The only way to release the prize is by solving nine steps connected by signals, lights, sensors, and mechanics. The result is an arena where a crow surpasses humans if it can advance consistently.
Challenge 1: Water, Stones, And The Leap Of Logic
Right at the start, Sheryl finds a cylinder with her favorite little ball, but cannot reach it just with her beak.
The solution requires realizing that heavy stones raise the water level, while cork and cotton do not help because they float.
By using several stones, the water rises and completes a circuit with copper tape, sending a “problem solved” signal to the system.
This is an engineering solution disguised as play, and here the crow surpasses humans by seeing the correct exit without trying everything randomly.
Challenge 2: The Scales Of Justice And The Discipline Of Testing Hypotheses
In the next step, the crow needs to activate a switch by making the scales move with the available objects. The point is not strength; it’s about smart weight selection and repetition until stabilizing the mechanism.
Instead of giving up when something doesn’t work, she adjusts her behavior, insists, returns to the goal, and completes it.
In this type of step, the crow surpasses humans because it works like someone who understands that an error is not an end, but data.
Facial Recognition And Memory That Doesn’t Fade With Time
The Scooby-Doo portrait wheel tests facial recognition. The logic of the training is clear: when she pulls a handle near the narrator’s photo and rings the bell associated with the right face, she wins a reward.
The text cites studies in which crows attack people using the same mask worn by trappers and continue reacting this way years later.
The message is straightforward: if a crow doesn’t like you, it remembers, and this ability helps explain why a crow surpasses humans in tasks involving identification and consistency.
Money, Tool, And The Crow Thinking In Production Chain
In the “Grab Money” stage, notes with chips need to be placed in a box with a reader. When three notes are collected, the microcontroller activates a servomotor that releases a tool.
Here the game changes: it’s not just about solving an isolated challenge; it’s about understanding sequence. Sheryl even flies to the next stage and realizes she needed to have taken the stick.
She goes back, fetches the tool, returns, and adjusts the plan. This kind of real-time correction is where the crow surpasses humans without fanfare, just by doing.
Fishing Hole And The Most Impressive Scene Of The Experiment
In the “Fishing Hole,” the crow needs to bend the end of the stick and create a hook to fish a cup. The system measures weight with a load cell and releases the next phase when the cup exits.
The narrator describes a rare scene: she uses her beak as a hammer, shapes the stick, and insists until she succeeds.
It’s tool, shape, objective, and repetition, the combination that makes anyone reconsider what they call intelligence. Again, a crow surpasses humans because it does this without a manual and without explanation.
Cups, Circuit, And The Detail That Separates Attempt From Understanding
The cup-stacking stage involves copper rings inside and outside. When stacked correctly, the circuit closes. The most revealing detail is to notice which cup is the “key” of the step, even when it comes from the previous challenge.
Even when no light turns on, Sheryl quickly readjusts, understands the system’s condition, and completes the circuit.
It’s not luck; it’s rule reading, and this reinforces why the crow surpasses humans when the task requires attention to what the environment is “asking”.
Final Stages: Coordination, Patience, And Gravity As A Tool
In “Shipwreck,” she pulls a cork and continues pulling a rope while holding with her foot, until she tips the ship and activates the switch. The coordination between beak and foot appears as part of her natural repertoire.
In “Egg Drop,” the inspiration comes from crows that break nuts using cars and wait for the signal to close to collect safely.
Here, without crossing, she needs to use gravitational potential energy to break the egg, release the infrared emitter, and raise the cage.
It’s applied physics, and the crow surpasses humans by treating this as a logical path, not as a trick.
Humans Try First And The Comparison Becomes Uncomfortable
Before Sheryl, a group of humans tries to solve the nine steps. They get some things right, make many mistakes, attempt without fear, and learn from failure.
The best part is the phrase that summarizes the spirit: “Think Like A Crow.”
And this is exactly what creates the shock. When Sheryl enters, she analyzes, changes her point of view, identifies patterns from her aviary, and advances.
Even when she makes a mistake, she corrects quickly and moves on. In this parallel, the crow surpasses humans because it transforms the maze into a work routine.
What This Story Reveals About Who Really Calls The Shots
In the end, the narrator’s conclusion is simple: whether it was bullying or not becomes irrelevant. The experiment makes it clear that crows are intelligent and that provoking them might be a bad idea because they observe, remember, test, and learn.
And perhaps the strongest point is this: intelligence is not only evident in the final result but in the process. The crow surpasses humans when it demonstrates that engineering, memory, and strategy can exist outside our species, with a naturalness that disturbs.
Which of these nine challenges do you think most proves that a crow surpasses humans: face recognition, tool use, or the gravity stage in The Egg Drop?
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