Editing 2504: Fissile Raspberry Isotopes
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The comic is thus a joking analogy to {{w|nuclear chain reactions}}, in which the {{w|nuclear fission|fission}} (splitting in two) of one {{w|atomic nucleus}} releases {{w|neutrons}}, which then strike other nuclei and cause them in turn to fission, releasing more neutrons. This chain reaction releases a great deal of energy and is what makes possible both {{w|nuclear power}} and {{w|nuclear bombs}}. | The comic is thus a joking analogy to {{w|nuclear chain reactions}}, in which the {{w|nuclear fission|fission}} (splitting in two) of one {{w|atomic nucleus}} releases {{w|neutrons}}, which then strike other nuclei and cause them in turn to fission, releasing more neutrons. This chain reaction releases a great deal of energy and is what makes possible both {{w|nuclear power}} and {{w|nuclear bombs}}. | ||
β | A {{w|fissile isotope}}, such as {{w|uranium-235}}, is one that is sufficiently large and unstable to undergo such a chain reaction, as opposed to the more common and less unstable {{w|uranium-238}}. Ponytail fear that her raspberries have too many unstable isotopes so that her fields risk undergoing a similar fission-driven chain reaction. This chain reaction is depicted in the second panel, and she explains that if this happens the entire crop may be gone in seconds. It sounds like this is only dangerous for her economy, i.e. all the berries destroyed, but not | + | A {{w|fissile isotope}}, such as {{w|uranium-235}}, is one that is sufficiently large and unstable to undergo such a chain reaction, as opposed to the more common and less unstable {{w|uranium-238}}. Ponytail fear that her raspberries have too many unstable isotopes so that her fields risk undergoing a similar fission-driven chain reaction. This chain reaction is depicted in the second panel, and she explains that if this happens the entire crop may be gone in seconds. It sounds like this is only dangerous for her economy, i.e. all the berries is destroyed, but not the entire field. So not an explosion that destroys her field or any living thing nearby, but the berries would be unsalable. |
In real life, raspberries don't undergo such chain reactions.{{citation needed}} As an {{w|aggregate fruit}}, raspberries (as well as blackberries mentioned in the title text) resemble [https://upload.wikimedia.org/wikipedia/commons/thumb/f/f0/Nucleus_drawing.svg/1024px-Nucleus_drawing.svg.png common depictions of atomic nuclei], with each drupelet corresponding to a nucleon (proton or neutron), which is probably why they are the subject of the comic. (The actual "appearance" of atomic nuclei, in contrast to the common depictions, is complicated by Heisenbergian uncertainty, quantum effects, and strong nuclear force interactions.) Perhaps these raspberries are byproducts of the experiments depicted in [[1949: Fruit Collider]]. | In real life, raspberries don't undergo such chain reactions.{{citation needed}} As an {{w|aggregate fruit}}, raspberries (as well as blackberries mentioned in the title text) resemble [https://upload.wikimedia.org/wikipedia/commons/thumb/f/f0/Nucleus_drawing.svg/1024px-Nucleus_drawing.svg.png common depictions of atomic nuclei], with each drupelet corresponding to a nucleon (proton or neutron), which is probably why they are the subject of the comic. (The actual "appearance" of atomic nuclei, in contrast to the common depictions, is complicated by Heisenbergian uncertainty, quantum effects, and strong nuclear force interactions.) Perhaps these raspberries are byproducts of the experiments depicted in [[1949: Fruit Collider]]. |