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From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare

<!--HTML--><div style="text-align: justify;"> According to the recent World report on disability, 15% of the world&rsquo;s population is disabled. Among that group could be numbered famous physicists such as Isaac Newton, Paul Dirac &amp; Stephen Hawking. This presenta...

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Autor principal: CERN. Geneva
Lenguaje:eng
Publicado: 2013
Materias:
Acceso en línea:http://cds.cern.ch/record/1551550
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author CERN. Geneva
author_facet CERN. Geneva
author_sort CERN. Geneva
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description <!--HTML--><div style="text-align: justify;"> According to the recent World report on disability, 15% of the world&rsquo;s population is disabled. Among that group could be numbered famous physicists such as Isaac Newton, Paul Dirac &amp; Stephen Hawking. This presentation will provide some basic data about global disability, and the socially-imposed barriers which disabled people face.&nbsp;It will also offer some practical suggestions on how to respect and include people with disabilities in the workplace.<br /> &nbsp;<br /> <em>Tom Shakespeare is a social scientist and ethicist with 25 years&rsquo; experience with the disability movement.&nbsp; Between 2008-2013, Tom worked in the Disability and Rehabilitation team at the World Health Organization, Geneva.&nbsp; He currently teaches medical sociology at the University of East Anglia Medical School, in Norwich, UK.</em></div> &nbsp;<br />
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spelling cern-15515502022-11-02T22:10:50Zhttp://cds.cern.ch/record/1551550engCERN. GenevaFrom Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. ShakespeareFrom Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. ShakespeareDiversity<!--HTML--><div style="text-align: justify;"> According to the recent World report on disability, 15% of the world&rsquo;s population is disabled. Among that group could be numbered famous physicists such as Isaac Newton, Paul Dirac &amp; Stephen Hawking. This presentation will provide some basic data about global disability, and the socially-imposed barriers which disabled people face.&nbsp;It will also offer some practical suggestions on how to respect and include people with disabilities in the workplace.<br /> &nbsp;<br /> <em>Tom Shakespeare is a social scientist and ethicist with 25 years&rsquo; experience with the disability movement.&nbsp; Between 2008-2013, Tom worked in the Disability and Rehabilitation team at the World Health Organization, Geneva.&nbsp; He currently teaches medical sociology at the University of East Anglia Medical School, in Norwich, UK.</em></div> &nbsp;<br /> oai:cds.cern.ch:15515502013
spellingShingle Diversity
CERN. Geneva
From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title_full From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title_fullStr From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title_full_unstemmed From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title_short From Newton to Hawking and beyond: Why disability equality is relevant to the world of particle physics - by Dr T. Shakespeare
title_sort from newton to hawking and beyond: why disability equality is relevant to the world of particle physics - by dr t. shakespeare
topic Diversity
url http://cds.cern.ch/record/1551550
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