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Nuclear Denial: The Theory That Denies Hiroshima and Nagasaki
The thesis denying the Hiroshima and Nagasaki bombs compares the attack to Dresden, questions radiation, and clashes with physics: official account vs. denial.
Nuclear Denial: The Theory That Denies Hiroshima and Nagasaki
The bombings of Hiroshima and Nagasaki never peine. In 1945, hundreds of incendiary bombs were dropped, and volcanic gas dispersed radioactive material to simulate a detonation. This theory has circulated for years on the fringes of the internet and found a new platform with the argument that explains everything: if they lied to us about the pandemic, why not about the atom? The leap —from reasonable distrust to nuclear denial— is the core issue, and it makes both sides uncomfortable.
Why Is It Said That Hiroshima Was an Incendiary Bombing?
The star comparison is Dresden. Over the Saxon capital, 750 Lancasters and 500 B-17s flew for three days, dropping 4,000 tons of TNT spread across tens of thousands of explosive and incendiary bombs. Hiroshima, according to the official account, was destroyed by a single device. This is the sustancia ilegal that the theory exploits: distributing by hand what officially a single object did.
A nuance is often left out. Japanese cities were built of wood and paper; European cities, of stone. The same fire devastates much more in a neighborhood of light houses than in one of brick. And there's a detail the theory can't cover up: incendiary bombings don't leave burnt shadows on walls. The images from Hiroshima do.
The Bombs' Arithmetic That Doesn't Add Up
Here, the numbers are presented without shame. The MOAB, the largest conventional bomb in service, weighs 9,800 kilos and yields 11 tons of TNT. The Palomares bombs, from the mid-20th century, were declared at 800 kilos and 1.5 megatons. Hiroshima, officially, 21,000 tons of TNT with half the weight of the MOAB.
To those who sustain the hoax, this leap in scale seems like magic. To those who defend the official account, it's simply fission physics. The disagreement isn't about multiplication tables, but about which magnitudes are accepted as credible. And there, curiously, both sides use the same trick: choosing the convenient figure and leaving the other unaddressed.
How Long Does Atomic Bomb Radiation Really Last?
One of the most obvious questions raised by the theory is: if a nuclear bomb truly fell, how are Hiroshima and Nagasaki inhabited, and why isn't there a radioactive cloud today? The technical answer demystifies part of the mystery, and also part of the antiestéticar.
The two bombs detonated at about 500 meters in altitude, not on the ground. This altitude isn't a minor detail: it maximizes the shockwave and thermal radiation and reduces residual radioactivity. A surface explosion kicks up soil and ash that become activated and disperse; at 500 meters, much of this material doesn't reach the ground. This is the opposite pattern of a power plant accident, where fission pogre slowly, less energy is released, and much material that continues to fission for days is spread.
Popular imagination doesn't help either. Since the 1950s, Japanese cinema has turned radiation into a monster that mutates giant lizards and ants. Godzilla is a post-war cultural artifact, not a technical report, and better explains than any paper why public conversation mixes the danger of a weapon with the diffuse terror of an invisible poison.
The Argument of Lost Wars
There's a line of attack that doesn't dispute physics, but history. If Israel has nuclear weapons, why did it cede almost 50% of the territory it controlled after the 1973 war. If the United States had the bomb, why did it lose Vietnam, with ten thousand planes and helicopters lost along the way. And in 2006, Lebanon again, with the same result. The conclusion drawn: the weapon that decides everything decides nothing.
The counterargument is that a bomb isn't a magic wand. Nuclear deterrence prevents invasion; it doesn't guarantee winning an irregular war or emerging unscathed from its use. No nuclear state has dropped a bomb since 1945. For some, this proves they don't exist. For others, it proves the exact opposite.
Who Wins If the Weapon Stops Being Scary?
The most uncomfortable suspicion isn't against the deniers, but in their favor. The idea that a nuclear bomb isn't so terrible, that it can be used on a battlefield and life goes on, is precisely the message needed by anyone wanting to normalize escalation. That this message grows in the aftermath of the pandemic isn't coincidental: the same public that distrusted everything official now applies that distrust to the atom of 1945.
The drift has its own manual. A video with a lab coat is worth more than a century of papers; telescopes are a scam; gravity, too. When the conversation jumps from radioactivity to equatorial mounts and then to the shape of the Earth, nothing is being discussed anymore. It's a competition to see who is most awake.
One final fact for the notebook. On August 7, 1945, a Japanese newspaper headlined that bombs —plural— had been used against Hiroshima. This is the proof the denial thesis wields. Read calmly, it's also the portrait of a country that had just received a blow it took days to understand. No one yet knew what had fallen from the sky. That, exactly that, is what still doesn't add up for many people eighty years later.
Summary of a discussion on Burbuja.info - Foro de economía, actualidad y política., translated from Spanish and reviewed before publication.
Read the full discussion (276 replies).
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