A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe

In-depth review of Robert Foot's new book "Shadowlands". Foot believes he can identify 'dark matter' and solve problems as diverse as why comets seem to disappear after passing close to the sun and why ortho-positronium disintegrates 0.1 per cent faster than QED predicts (1...

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Detalles Bibliográficos
Autor principal: Chown, M
Lenguaje:eng
Publicado: 2002
Materias:
Particle Physics - Research
Acceso en línea:http://cds.cern.ch/record/717072
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author Chown, M
author_facet Chown, M
author_sort Chown, M
collection CERN
description In-depth review of Robert Foot's new book "Shadowlands". Foot believes he can identify 'dark matter' and solve problems as diverse as why comets seem to disappear after passing close to the sun and why ortho-positronium disintegrates 0.1 per cent faster than QED predicts (1 page).
id cern-717072
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
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spelling cern-7170722019-09-30T06:29:59Zhttp://cds.cern.ch/record/717072engChown, MA key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universeParticle Physics - ResearchIn-depth review of Robert Foot's new book "Shadowlands". Foot believes he can identify 'dark matter' and solve problems as diverse as why comets seem to disappear after passing close to the sun and why ortho-positronium disintegrates 0.1 per cent faster than QED predicts (1 page).PRESSCUT-2002-188oai:cds.cern.ch:7170722002
spellingShingle Particle Physics - Research
Chown, M
A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title_full A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title_fullStr A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title_full_unstemmed A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title_short A key to a parallel universe: why do comets burn up and vanish far quicker than they should? One that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
title_sort key to a parallel universe: why do comets burn up and vanish far quicker than they should? one that they are made of `mirror matter' - could help to explain the greatest mystery of our universe
topic Particle Physics - Research
url http://cds.cern.ch/record/717072
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AT chownm keytoaparalleluniversewhydocometsburnupandvanishfarquickerthantheyshouldonethattheyaremadeofmirrormattercouldhelptoexplainthegreatestmysteryofouruniverse

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