Editing 2582: Data Trap
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The title text proposes an alternate solution: destructive analysis. It is important that the method chosen to analyze the data destroys as much information as it created, thus keeping the total amount of data constant. This expands on the concept of not having a surplus of data, suggesting that any analysis should destroy as much data as it produces. This would make data constant in quantity or in an equilibrium; of course, data doesn't actually have this limitation,{{Citation needed}} and the user can create as much data as is needed or desired. | The title text proposes an alternate solution: destructive analysis. It is important that the method chosen to analyze the data destroys as much information as it created, thus keeping the total amount of data constant. This expands on the concept of not having a surplus of data, suggesting that any analysis should destroy as much data as it produces. This would make data constant in quantity or in an equilibrium; of course, data doesn't actually have this limitation,{{Citation needed}} and the user can create as much data as is needed or desired. | ||
β | In the quantum world {{w|information}} can neither be destroyed or created; see the {{w|no-hiding theorem}}, for instance. [https://www.nps.gov/archeology/collections/coll_05.htm Destructive analysis] is a term used in archeology; as the name implies the thing that you study is destroyed by the analysis. However, destructive analysis is rarely or never used to study data. | + | In the quantum world {{w|information}} can neither be destroyed or created; see the {{w|no-hiding theorem}}, for instance. [https://www.nps.gov/archeology/collections/coll_05.htm Destructive analysis] is a term used in archeology; as the name implies the thing that you study is destroyed by the analysis. However, destructive analysis is rarely or never used to study data. |
==Transcript== | ==Transcript== |