Internet censorship can't hide a meteorite like Benítez's Gog

Benítez's "Gog": why a 30-kilometre meteorite can't slip past censorship

Can a government hide the arrival of a meteorite by censoring the internet? The question has a conspiratorial hook, but also a technical footing. In J. J. Benítez's fiction, "Gog" is a 30-kilometre object. The official version for August 2027 speaks of an asteroid of less than 900 metres that will pass at nearly 400,000 kilometres. That contrast fuels the suspicion of a "smoke screen".

A rock that size would not go unnoticed

The total-censorship thesis would hold up if the object were small and detected by a single source. But a 30-kilometre body would be visible to any observatory and to amateur astronomers with powerful equipment. Hiding it would require instantly censoring with algorithms any news or discovery before it went viral, a level of digital control with no precedent. And even then, word of mouth would remain.

The only gap: the direction of the Sun

The most serious counterargument is astronomical, not about censorship. If the object were approaching from the direction of the Sun, its glare would make optical detection impossible until it was right on top of us. That window does exist. What doesn't fit is the difference in size: an object of nearly 30 kilometres, if it exists, would leave gravitational or thermal traces that the official 900 metres cannot explain.

Some add an even more uncomfortable element: that what is approaching is not a meteorite. That is no longer censorship, it's another story. Meanwhile, sceptics make a practical observation: those who lock themselves in bunkers will have to come out someday, and supplies don't last forever. Unless the bolide arrives hidden behind the Sun or disguised as the official asteroid, the master plan runs into the same logic that has sunk so many: too many people looking at the sky.