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The 46 pages that link to Nuclear weapon, each with the reason it gives.

• Nuclear fissionRelated: Some nuclear weapons derive their explosive yield from an extremely rapid fission chain reaction.

• Atomic bombings of Hiroshima and NagasakiNarrower topic: The attacks began the history of nuclear weapons used in war.

• Nuclear physicsRelated: They demonstrate the military consequences of rapidly releasing nuclear binding energy.

• Nuclear triadNarrower topic: The triad organizes the delivery forces that carry nuclear weapons to targets.

• Nuclear falloutNarrower topic: Its explosion produces the heat and debris that can become fallout.

• Uranium-235Related: Uranium-235 can serve as fissile material in certain nuclear weapons.

• Hans BetheRelated: Bethe’s Los Alamos work helped develop the first atomic bomb, shaping his later public stance.

• PlutoniumRelated: Plutonium-239 has been used as fissile material in nuclear weapons.

• J. Robert OppenheimerNarrower topic: Oppenheimer’s wartime leadership centered on designing the first practical examples.

• UraniumRelated: Highly enriched uranium can serve as fissile material in some nuclear weapons.

• Nuclear chain reactionBroader topic: Fission weapons use rapidly multiplying chain reactions for explosive energy release.

• Enrichment of uraniumRelated: Producing highly enriched uranium can provide one route to weapon-usable fissile material.

• Cruise missileRelated: Some cruise missiles are designed to carry nuclear warheads, linking them to deterrence strategy.

• Plutonium-239Related: Plutonium-239 has been used as fissile material in fission weapons.

• Hanford SiteRelated: Hanford produced plutonium used in the United States’ wartime and subsequent weapons programs.

• Oak Ridge National LaboratoryRelated: The laboratory’s founding in weapons-related work ties its history to nuclear arms development.

• Critical massRelated: Fission weapons use rapid assembly of a supercritical configuration to initiate explosive energy release.

• Chicago Pile-1Related: The pile demonstrated a chain reaction central to the Manhattan Project’s weapons-production pathway.

• Fissile materialRelated: Fissile material can support the rapidly multiplying fission reaction in a fission weapon.

• High explosiveCompared with: Its energy source is nuclear rather than the chemical reactions of high explosives.

• SecuritizationRelated: Nuclear dangers illustrate the existential stakes around which security politics often forms.

• Eisaku SatōNarrower topic: Satō’s policy addressed Japan’s relationship to these weapons after the atomic bombings of Hiroshima and Nagasaki.

• ExplosiveCompared with: Its principal energy release is nuclear, unlike the chemical reaction defining explosives here.

• GodzillaNarrower topic: The film frames Godzilla as a living consequence of nuclear power and weapon testing.

• Hydrogen bombNarrower topic: Hydrogen bombs are a class of nuclear weapon.

• Operation CrossroadsNarrower topic: The tests examined the destructive effects of nuclear weapons on a concentrated naval fleet.

• Atoms for PeaceCompared with: The initiative’s civilian program was presented against the destructive military use of atomic energy.

• Hiroshima Peace MemorialRelated: The Dome’s global message addresses the destructive power of the weapons that damaged it.

• Little BoyNarrower topic: Little Boy was the first nuclear weapon used in warfare.

• Leslie GrovesNarrower topic: The project Groves directed created the first operational nuclear weapons.

• Military technologyBroader topic: Their development made technological change a question of deterrence and existential risk.

• Nuclear warfareBroader topic: The weapon’s blast, heat, and radiation determine the immediate physical effects of nuclear warfare.

• Biological weaponCompared with: Nuclear weapons cause immediate blast, heat, and radiation effects rather than infection.

• Enewetak AtollNarrower topic: The devices tested at Enewetak were experimental forms of nuclear weapons.

• Igor TammRelated: Tamm’s leadership in Soviet theoretical physics connected his scientific career to weapons research.

• Thermobaric weaponCompared with: Thermobaric weapons use chemical energy and do not produce nuclear explosive yields.

• TNT equivalentRelated: Its yield is commonly reported as a TNT equivalent.

• WarheadBroader topic: A nuclear warhead carries a nuclear explosive payload on a delivery system.

• 20th centuryBroader topic: Their destructive capacity made deterrence central to superpower strategy.

• Strategic bomberRelated: Some strategic bombers are designed to carry nuclear weapons as well as conventional ones.

• Dirty bombCompared with: A nuclear weapon produces a nuclear explosion; a dirty bomb uses conventional explosives.

• History of physicsRelated: Their development made the political and ethical consequences of physical research unmistakable.

• History of military technologyBroader topic: Nuclear arms created destructive capacities that transformed strategy and international politics.

• History of weaponsBroader topic: Nuclear arms made the possible scale of warfare unprecedented.

• Nuclear technologyBroader topic: Nuclear weapons use rapid, uncontrolled nuclear reactions for destructive military force.

• Nuclear testing at Bikini AtollNarrower topic: The Bikini program tested both fission weapons and increasingly powerful thermonuclear designs.