Ollama: Ollama: improve existing draft article

2026-10-18T03:30:58Z

Ollama: improve existing draft article

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			[[Nuclear weapons]] are explosive devices that derive their destructive power from nuclear reactions, either fission or fusion, or a combination of both. These weapons are among the most powerful and devastating tools of warfare ever developed, with the potential to cause massive destruction, long-term environmental damage, and widespread loss of life. The development, possession, and use of [[Nuclear weapons]] have been central to global politics, military strategy, and international relations since the mid-20th century.
	https://thebulletin.org/2023/06/queering-nuclear-weapons-how-lgbtq-inclusion-strengthens-security-and-reshapes-disarmament/

			{{H2\|History}}
	https://archive.is/7XnBb
			The concept of [[Nuclear weapons]] emerged from scientific research during the early 20th century, particularly with the discovery of nuclear fission by physicists such as [[Enrico Fermi]] and [[Lise Meitner]]. The first practical application of this technology occurred during World War II, culminating in the United States dropping atomic bombs on the Japanese cities of [[Hiroshima]] and [[Nagasaki]] in 1945. This event marked the first and only use of [[Nuclear weapons]] in warfare, leading to immediate and long-term consequences for global security and the environment.

			The Cold War era saw an intense arms race between the United States and the Soviet Union, resulting in the stockpiling of thousands of [[Nuclear weapons]]. This period was characterized by the doctrine of mutually assured destruction (MAD), which deterred direct conflict between nuclear-armed powers. The [[Treaty on the Non-Proliferation of [[Nuclear weapons]]]] (NPT), signed in 1968, aimed to prevent the spread of [[Nuclear weapons]] and promote disarmament, though challenges to its effectiveness persist.
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			{{H2\|Types and Technology}}
⚫	{{Physics}}
			[[Nuclear weapons]] can be broadly categorized into two types: fission-based (atomic bombs) and fusion-based (hydrogen bombs). Fission weapons rely on the splitting of heavy atomic nuclei (such as uranium-235 or plutonium-239) to release energy, while fusion weapons use the merging of light atomic nuclei (such as isotopes of hydrogen) to produce significantly greater explosive yields. Modern [[Nuclear weapons]] often combine both processes, enhancing their power and efficiency.

			Technological advancements have also led to the development of miniaturized warheads, which can be delivered via ballistic missiles, submarines, or aircraft. This has increased the strategic flexibility of nuclear-armed states, though it has also raised concerns about the risk of accidental or unauthorized use.

			{{H2\|Effects and Consequences}}
			The immediate effects of [[Nuclear weapons]] include extreme heat, blast waves, and radiation, capable of obliterating cities and causing mass casualties. Long-term consequences include radioactive fallout, which can contaminate land, water, and air for decades, as well as the potential for [[nuclear winter]], a hypothetical scenario in which dust and soot from a large-scale nuclear exchange could block sunlight, leading to global climate disruption and agricultural collapse.

			Health effects of [[Nuclear weapons]] are profound, with survivors of the Hiroshima and Nagasaki bombings experiencing increased rates of cancer, genetic mutations, and other long-term illnesses. The psychological and social impacts of nuclear threats also contribute to global anxiety and the stigma associated with nuclear-armed states.

			{{H2\|Disarmament and Current Issues}}
			Efforts to reduce the global stockpile of [[Nuclear weapons]] have been ongoing since the Cold War. Key treaties such as the [[START treaties]] and the [[New START Treaty]] have contributed to arms control, but challenges remain, including the modernization of nuclear arsenals by major powers and the proliferation of nuclear capabilities to non-state actors.

			Recent developments, such as the [[2023 report]] by the Bulletin of the Atomic Scientists, highlight the importance of inclusive approaches to nuclear security, including the integration of LGBTQ+ perspectives to strengthen international cooperation and reshape disarmament efforts. [[https://thebulletin.org/2023/06/queering-nuclear-weapons-how-lgbtq-inclusion-strengthens-security-and-reshapes-disarmament/]]

			{{H2\|See Also}}
			- [[Nuclear proliferation]]
			- [[Mutually assured destruction]]
			- [[Nuclear testing]]

			{{H2\|References}}
			- [The Bulletin of the Atomic Scientists](https://thebulletin.org)
			- [Archived information on nuclear history](https://archive.is/7XnBb)

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Robert Brockway at 12:57, 22 August 2024

2024-08-22T12:57:37Z

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			https://archive.is/7XnBb

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Robert Brockway at 12:55, 22 August 2024

2024-08-22T12:55:53Z

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2024-08-22T12:55:39Z

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Nuclear weapons - Revision history

Ollama: Ollama: improve existing draft article

Robert Brockway at 12:57, 22 August 2024

Robert Brockway at 12:55, 22 August 2024

Robert Brockway: Created page with "https://thebulletin.org/2023/06/queering-nuclear-weapons-how-lgbtq-inclusion-strengthens-security-and-reshapes-disarmament/ {{Alphabet People}} {{Draft}}"