Uncertain: Difference between revisions
Amwelladmin (talk | contribs) (Created page with "{{a|systems|}}{{d|Uncertain|/ʌnˈsɜːtn/|adj|}} of a potential future state, not possible to predict using mathematical tools, even probabilistically. So, neither determini...") |
Amwelladmin (talk | contribs) No edit summary |
||
| Line 3: | Line 3: | ||
of a potential future state, not possible to predict using mathematical tools, even probabilistically. So, neither deterministic nor stochastic. Not ''even'' random. This is the state of a complex system, and of most of the world. Interestingly — tellingly — mathematicians don’t even have a concept for uncertain. In the mathematical universe things are either [[deterministic]] or [[stochastic]]. If things are uncertain there is no mathematics to be done: it is useless. No wonder, really, that mathematicians don’t have a concept for it. | of a potential future state, not possible to predict using mathematical tools, even probabilistically. So, neither deterministic nor stochastic. Not ''even'' random. This is the state of a complex system, and of most of the world. Interestingly — tellingly — mathematicians don’t even have a concept for uncertain. In the mathematical universe things are either [[deterministic]] or [[stochastic]]. If things are uncertain there is no mathematics to be done: it is useless. No wonder, really, that mathematicians don’t have a concept for it. | ||
This leads those in applied disciplines that depend on logic and mathematics (such as computer programming) to forget that there is such a thing as [[uncertainty]]. | This leads those in applied disciplines that depend on logic and mathematics (such as computer programming) to forget that there is such a thing as [[uncertainty]]. Given that the world, generally, is [[complex]] and [[uncertain]], this is quite the oversight. | ||
{{sa}} | {{sa}} | ||
Revision as of 12:26, 6 November 2022
|
The JC’s amateur guide to systems theory™
|
Uncertain
/ʌnˈsɜːtn/ (adj.)
of a potential future state, not possible to predict using mathematical tools, even probabilistically. So, neither deterministic nor stochastic. Not even random. This is the state of a complex system, and of most of the world. Interestingly — tellingly — mathematicians don’t even have a concept for uncertain. In the mathematical universe things are either deterministic or stochastic. If things are uncertain there is no mathematics to be done: it is useless. No wonder, really, that mathematicians don’t have a concept for it.
This leads those in applied disciplines that depend on logic and mathematics (such as computer programming) to forget that there is such a thing as uncertainty. Given that the world, generally, is complex and uncertain, this is quite the oversight.