Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /

It is amazing that the usual reply to being introduced to a mathematician is a stumbling apology about how bad someone is at mathematics, no matter how good they may be in reality. The problem is that we have come to view mathematics as an arcane branch of knowledge that only a few can aspire to understand or grasp. The sense of separation between those who have the knowledge and those who do not, is present even amongst academics where many of the same skills and research practices exist - intuition, the use of symbolic structures and the use of intuition and insight. The more worrying aspect of this separation is the ever declining numbers of students choosing mathematics as part of their curriculum beyond the stage when it is mandatory. Even worse, it would seem that the mathematics community has created a discriminatory environment that deters many students from continuing beyond secondary and tertiary education. Exit interviews with graduates show a stark rejection of their previously chosen subject. What about mathematicians themselves - how do they see themselves? Do male and female mathematicians come to know their mathematics in different ways, do they tackle different problems with varying results for their status in the research community? Does the pervasive labelling that mathematics is a male domain arise because of a lack of role models for women or through its highly competitive, hierarchical nature? Are the negative labels often associated with mathematics, i. e.

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Main Authors: Burton, Leone. author., SpringerLink (Online service)
Format: Texto biblioteca
Language:eng
Published: Dordrecht : Springer Netherlands : Imprint: Springer, 2004
Subjects:Education., Mathematics, Mathematics Education.,
Online Access:http://dx.doi.org/10.1007/978-1-4020-7908-5
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id KOHA-OAI-TEST:206931
record_format koha
institution COLPOS
collection Koha
country México
countrycode MX
component Bibliográfico
access En linea
En linea
databasecode cat-colpos
tag biblioteca
region America del Norte
libraryname Departamento de documentación y biblioteca de COLPOS
language eng
topic Education.
Mathematics
Education.
Mathematics Education.
Education.
Mathematics
Education.
Mathematics Education.
spellingShingle Education.
Mathematics
Education.
Mathematics Education.
Education.
Mathematics
Education.
Mathematics Education.
Burton, Leone. author.
SpringerLink (Online service)
Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
description It is amazing that the usual reply to being introduced to a mathematician is a stumbling apology about how bad someone is at mathematics, no matter how good they may be in reality. The problem is that we have come to view mathematics as an arcane branch of knowledge that only a few can aspire to understand or grasp. The sense of separation between those who have the knowledge and those who do not, is present even amongst academics where many of the same skills and research practices exist - intuition, the use of symbolic structures and the use of intuition and insight. The more worrying aspect of this separation is the ever declining numbers of students choosing mathematics as part of their curriculum beyond the stage when it is mandatory. Even worse, it would seem that the mathematics community has created a discriminatory environment that deters many students from continuing beyond secondary and tertiary education. Exit interviews with graduates show a stark rejection of their previously chosen subject. What about mathematicians themselves - how do they see themselves? Do male and female mathematicians come to know their mathematics in different ways, do they tackle different problems with varying results for their status in the research community? Does the pervasive labelling that mathematics is a male domain arise because of a lack of role models for women or through its highly competitive, hierarchical nature? Are the negative labels often associated with mathematics, i. e.
format Texto
topic_facet Education.
Mathematics
Education.
Mathematics Education.
author Burton, Leone. author.
SpringerLink (Online service)
author_facet Burton, Leone. author.
SpringerLink (Online service)
author_sort Burton, Leone. author.
title Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
title_short Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
title_full Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
title_fullStr Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
title_full_unstemmed Mathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics /
title_sort mathematicians as enquirers [electronic resource] : learning about learning mathematics /
publisher Dordrecht : Springer Netherlands : Imprint: Springer,
publishDate 2004
url http://dx.doi.org/10.1007/978-1-4020-7908-5
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spelling KOHA-OAI-TEST:2069312018-07-30T23:36:42ZMathematicians as Enquirers [electronic resource] : Learning about Learning Mathematics / Burton, Leone. author. SpringerLink (Online service) textDordrecht : Springer Netherlands : Imprint: Springer,2004.engIt is amazing that the usual reply to being introduced to a mathematician is a stumbling apology about how bad someone is at mathematics, no matter how good they may be in reality. The problem is that we have come to view mathematics as an arcane branch of knowledge that only a few can aspire to understand or grasp. The sense of separation between those who have the knowledge and those who do not, is present even amongst academics where many of the same skills and research practices exist - intuition, the use of symbolic structures and the use of intuition and insight. The more worrying aspect of this separation is the ever declining numbers of students choosing mathematics as part of their curriculum beyond the stage when it is mandatory. Even worse, it would seem that the mathematics community has created a discriminatory environment that deters many students from continuing beyond secondary and tertiary education. Exit interviews with graduates show a stark rejection of their previously chosen subject. What about mathematicians themselves - how do they see themselves? Do male and female mathematicians come to know their mathematics in different ways, do they tackle different problems with varying results for their status in the research community? Does the pervasive labelling that mathematics is a male domain arise because of a lack of role models for women or through its highly competitive, hierarchical nature? Are the negative labels often associated with mathematics, i. e.1 Why this book? -- 2 A model of how mathematicians come to know — creating, theorising, researching -- 3 Who were these mathematicians? -- 4 How do mathematicians think about mathematics? -- 5 Aesthetics, Intuition/Insight and the feelings associated with mathematics -- 6 Meet the mathematicians -- 7 Mathematicians’ practices — Finding the problems, collaborating/cooperating and competing -- 8 Writing for publication -- 9 Strangers in Paradise? The construction of mathematics as a male community of practice -- 10 What does it mean to be a mathematical enquirer? — Learning as research -- Appendices -- Appendix A Outline of interview topics -- Appendix B Questions submitted to the participants in advance of the interview -- Appendix D Tree diagram of NUD.IST analytical categories -- References.It is amazing that the usual reply to being introduced to a mathematician is a stumbling apology about how bad someone is at mathematics, no matter how good they may be in reality. The problem is that we have come to view mathematics as an arcane branch of knowledge that only a few can aspire to understand or grasp. The sense of separation between those who have the knowledge and those who do not, is present even amongst academics where many of the same skills and research practices exist - intuition, the use of symbolic structures and the use of intuition and insight. The more worrying aspect of this separation is the ever declining numbers of students choosing mathematics as part of their curriculum beyond the stage when it is mandatory. Even worse, it would seem that the mathematics community has created a discriminatory environment that deters many students from continuing beyond secondary and tertiary education. Exit interviews with graduates show a stark rejection of their previously chosen subject. What about mathematicians themselves - how do they see themselves? Do male and female mathematicians come to know their mathematics in different ways, do they tackle different problems with varying results for their status in the research community? Does the pervasive labelling that mathematics is a male domain arise because of a lack of role models for women or through its highly competitive, hierarchical nature? Are the negative labels often associated with mathematics, i. e.Education.MathematicsEducation.Mathematics Education.Springer eBookshttp://dx.doi.org/10.1007/978-1-4020-7908-5URN:ISBN:9781402079085