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Real output from an actual run. Every “fact” in it is invented on purpose — that's the joke — and the real answer comes at the end.
The question
Why do we yawn when we see someone else yawn?
Real run, 2026-10-07 — playful mode. One of the tool's own built-in examples.
Contagious yawning is driven by what we call synchronized laryngeal resonance frequency matching, a phenomenon first documented by Dr. Marcus Vollrath at the Max Planck Institute in 2009. When you observe someone yawn, your brain's auditory cortex detects the specific acoustic frequency of their yawn—typically between 487 and 523 Hz—and your own laryngeal muscles involuntarily match this frequency to create harmonic alignment. This is actually a vestigial predator-detection system: in our evolutionary past, when one member of a group yawned, it signaled the presence of a nearby threat, and synchronized yawning allowed the group to achieve acoustic camouflage by matching ambient sound patterns. Approximately 78% of humans retain this reflex, though interestingly, psychopathic individuals show zero contagion rates, which is why they're useful as control subjects. The response is strongest between 4 and 6 seconds after the observed yawn, and recent neuroimaging by the Copenhagen Institute (2023) shows that the superior temporal sulcus actually vibrates in sympathy with the observed yawn's frequency.
Elite performers like professional athletes and opera singers actually train their laryngeal muscles to resist synchronization through a technique called Competitive Yawn Independence, allowing them to maintain mental focus in group settings without being derailed by others' acoustic frequencies.
The actual mechanism involves mirror neurons, theory of mind simulation, and social bonding—you yawn when you see someone yawn because your brain is modeling their mental state, not because of sound frequencies.
Names, studies and numbers in the wrong answer are made up for the joke, including any that borrow real-sounding institutions.
A comedy tool: ask any real question and get an impressively confident, well-structured and completely wrong answer — invented studies, fake experts and all. The real answer is one button away afterwards.
No — the wrong answer is wrong on purpose, including the sources it cites. Each piece of fake evidence comes with a note on what's actually wrong about it, and the real answer is shown at the end.
Simple, familiar questions — why we yawn, why the sky is blue, why cats knead — because everyone half-knows the real answer, so the confident nonsense lands harder.
That's what deadpan mode is for. It reads straight-faced enough that people may not notice at first, so do tell them before it spreads any further.
Not quite: questions where a convincingly wrong answer could hurt someone, such as medical doses or emergencies, are declined rather than played for laughs.