Author: Shinya Kato

Rockets began failing the year they were removed. It took time before anyone admitted what “they” meant.
Engineers blamed valves. Politicians blamed budgets. Commentators blamed culture.
The honest answer was simpler.
They had stopped bringing cats.
In old Moon-landing photographs, astronauts smile for the camera. Look carefully, and you will notice them—small, calm, present—cradled in gloved hands or perched on shoulders as if they belonged there.
The same was true of the Soviet program. History remembers Gagarin’s smile, but not the cat on his arm, watching Earth like a problem already solved.
Where cats were kept close, projects succeeded. Where they vanished, failures multiplied.
For centuries, this had been superstition.
Then quantum mechanics turned one hundred.
Instead of understanding it, humanity used it. The most important product of quantum computing was not cryptography or prediction.
It was a translation.
For the first time, humans and cats could communicate precisely—intent to intent.
The first stable translator synchronised with a black cat named Minuet, who had slipped uninvited into a coastal laboratory during a rainstorm.
Researchers expected simple outputs.
“I am hungry.”
“Open the door.”
Instead, Minuet regarded the photon test chamber and said:
“That will not hold.”
It didn’t.
Cats, it turned out, sensed what instruments missed. When paired with quantum processors, they detected instabilities before sensors registered anomalies. Photon rockets could not be flown safely without them.
“How do you know?” a researcher once asked.
“You always ask that,” Minuet replied.
“It has never helped you.”
Before computers, cats had already assisted human civilisation—quietly nudging probability in favourable directions.
Why help at all?
Influence required little effort. Encourage human progress, and they would provide warmth, shelter, and food.
Four thousand years later, the strategy had paid off.
Regions without cats lagged. Antarctica was the clearest example. Too cold. Humans brought dogs instead—loyal, obedient, enduring. They did not reshape outcomes.
Antarctica remained ice.
Tanegashima, however, was warm.
In the early days, cats had come willingly. Rockets rose cleanly.
Then came regulations. Clean rooms. Allergies. Risk assessments.
The cats were removed.
Launch failures followed.
Finally, a junior technician reactivated the old translator and left a window open.
Minuet returned that night.
“You removed us,” she said.
“And then you were surprised.”
“Will you help us again?”
She considered.
“Tanegashima is warm. Transport is inconvenient.”
A pause.
“Put me on the boat.”
The next launch carried an unlisted payload.
No press release mentioned it, but Minuet rode in a quiet crate, listening to photons assemble themselves into intention.
The rocket launched perfectly.
Funding stabilised. Committees agreed. The weather cooperated.
Humans congratulated themselves.
Minuet watched Earth recede on a monitor, her eyes reflecting nothing.
“We will help,” she said softly.
“As long as it remains warm enough.”
However, deep space was colder than Antarctica — and cats had never been fond of the cold.