Edit ‘apiary’
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@@ -4,7 +4,7 @@ Many modern apiaries harness apiocrustaceomagnetic fields directly to throw near
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To start a basic apiary, it is generally recommended to start with comparatively safe "bees". Then, rotate them rapidly perpendicular to electroapiomagnetic fields. This will generate fluctuations in the apion field, which can then be politically charged to force movement into a bee condensation chamber. This is a rather inefficient apiary design, but works if resources available are limited.
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Before the development of modern apiodynamics and solid-state technology, apiaries were designed as physical, human-managed structures within which beelike entities could exist and form hives etc.; modern systems incorporate much more advanced technology, autonomous programmed/AI management systems, and are capable of massively greater density, active stabilization and control, exposure of bee entities to desirable high-energy stimuli, and direct high-efficiency apiogenesis.
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Before the development of modern apiodynamics and solid-state technology, apiaries were designed as physical, human-managed structures within which beelike entities could exist and form hives etc.; modern systems incorporate much more advanced technology, autonomous software/AI management systems, and are capable of massively greater density, active stabilization and control, exposure of bee entities to desirable high-energy stimuli, and direct high-efficiency apiogenesis.
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There have been many incidents in the past where improper apiary safety protocols have lead to [[spontaneous tetrational apiogenesis]], also referred to as a VK-class "universal apiary" scenario. Modern apiaries' safety systems provide automatic [[retroactive continuity]] as a result.
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