{"id":291,"date":"2012-11-21T17:25:50","date_gmt":"2012-11-21T16:25:50","guid":{"rendered":"http:\/\/cognitionandculture.local\/?p=291"},"modified":"2023-07-24T11:49:25","modified_gmt":"2023-07-24T09:49:25","slug":"why-do-mathematicians-always-agree","status":"publish","type":"post","link":"https:\/\/cognitionandculture.local\/blogs\/christophe-heintz\/why-do-mathematicians-always-agree\/","title":{"rendered":"Why do mathematicians always agree?"},"content":{"rendered":"
Science is a lively social activity, with many claims being lively debated. What about mathematics? The clich\u00e9 about mathematicians being poor at managing social relations is quite strong and widespread. One of the most famous joke on the topic goes like this:<\/p>\n
Question: How can you spot an extrovert mathematician?
\nAnswer: He looks at YOUR shoes when he talks to you.<\/p>\n
Is mathematics “less social” than other academic disciplines? Some support for a ‘yes’ answer can be found in a recent piece of news. A famous mathematician, Nelson, had claimed to give a proof of a rather surprising proposition: \u201cPeano Arithmetic is inconsistent.\u201d Two other famous mathematicians, Tao and Tausk, said the proof included one specific mistake, which they spelled out. Nelson’s reaction was: “Ah, you’re right. So I have not proven that Peano Arithmetics is inconsistent”. End of the story. No fight, no disagreement, no formation of alternative schools of thoughts, no playing with how to interpret this or that claim. Just plain boring consensus.<\/p>\n
(These are the axioms that Nelson claimed were inconsistent. They are supposed to express central propositions true of our system of natural numbers with addition. They are used to prove things about an object that is central in many cultures.)
\nMathematics is full of that: easily achieved consensus. Everybody agrees. No debate, and yet, the consensus is not socially induced in any standard way.<\/p>\n