Please, some help on the 36-officers problem

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Discussion Overview

The discussion centers around the 36-officers problem, specifically its relation to finite fields and the existence of mutually orthogonal Latin squares of order 6. Participants seek clarification and additional resources related to the problem.

Discussion Character

  • Exploratory, Conceptual clarification, Debate/contested

Main Points Raised

  • One participant requests an explanation of the 36-officers problem and its connection to finite fields.
  • Another participant suggests that providing a description of the problem would elicit more responses, indicating that not all members may be familiar with it.
  • A third participant states that the problem involves the question of whether mutually orthogonal Latin squares of order 6 can be constructed, asserting that the answer is no, based on G. Tarry's brute force proof, but expresses uncertainty about the finite fields connection.
  • A fourth post includes a link to another thread and advises against double posting, indicating a concern for thread management.

Areas of Agreement / Disagreement

There is no consensus on the understanding of the 36-officers problem, as participants express varying levels of familiarity and differing perspectives on its implications and connections.

Contextual Notes

Some assumptions about the participants' familiarity with the problem and its mathematical background may be missing, which could affect the clarity of the discussion.

marlon
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Can anyone explain me the problem of the 36-officers and the relation to finite fields ?

References to other explainatory website-links are also very usefull.
 
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I believe you would get more responses if you actually described the problem. I'm sure most of us don't know what the 36-officers problem is.
 
Euler's famous 36 officers problem basically asks the question "Is it possible to construct mutually orthogonal latin squares of order 6?" The answer is no there does not exist a pair. It was shown by brute force by G. Tarry. I remember learning about this problem in my combinatorics class. As for the relation to finite fields, I'm not sure, I'll email one of my professors.
 

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