Repurpose a Dystopia Challenge: Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
Line 10: Line 10:


<gallery>
<gallery>
Jukebox_Hal.jpg|link=Dear Diary (HAL 9000 edition)|
Jukebox_Hal.jpg|link=Dear Diary (HAL 9000 edition)|[[Dear Diary (HAL 9000 edition)]].
File:Dear Diary (Death Star edition).jpg|link=Dear Diary (Death Star edition)|"[[Dear Diary (Death Star edition)|Dear Diary, So glad I stole the Death Star]] and repurposed it as a self-sustaining eldercare retirement facility near a temperate planet with about ninety-percent Earth gravity.  Life is good."
File:Dear Diary (Death Star edition).jpg|link=Dear Diary (Death Star edition)|"[[Dear Diary (Death Star edition)|Dear Diary, So glad I stole the Death Star]] and repurposed it as a self-sustaining eldercare retirement facility near a temperate planet with about ninety-percent Earth gravity.  Life is good."
</gallery>
</gallery>
* [[]]


== Origin ==
== Origin ==

Revision as of 17:40, 18 December 2020

Repurpose a Dystopia Challenge.

The Repurpose a Dystopia Challenge (RADC) is a reality television program in which contestants repurpose dystopias (generally making them better).

Sponsorship

The Repurpose a Dystopia Challenge is funding almost entirely (97%) by a self-perpetuating class of gnomon algorithms discovered by amateur theorist Karl Jones, with the remaining 3% funded by a permanent APTO public services grant.

RADC is one of the few reality television programs which has no transdimensional corporate sponsorship.

Examples

Origin

Dear Diary (Death Star edition), the inspiration for Repurpose a Dystopia Challenge.

Amateur gnomon algorithm theorist Karl Jones posited a repurposed Death Star in response to a challenge on Facebook on July 7, 2020. (See Dear Diary (Death Star edition).)

Jones made several fundamental mistakes in his gnomonic algebra. However, his mistakes not only cancelled each other out (more or less) — they also triggered the emergence of a small but forceful class of previously unknown transdimensional algorithms. These algorithms today make up about 97% of the RADC's computational complexity, with the remainder provided by a grant from APTO.

In the News

Fiction cross-reference

Nonfiction cross-reference

External links