Cargando…

From CERN to Aerospace

Aerospace and particle physics share many technical similarities in terms of operational environments. Both sectors need components capable of functioning in harsh radiation environments, extreme temperatures and high vacuum conditions. Moreover, they both need to be able to handle large amounts of...

Descripción completa

Detalles Bibliográficos
Autores principales: Lapka, Marzena, Le Gall, Antoine, Ballantine, Audrey, Dixon-Altaber, Helen, Dasgupta, Priyanka
Lenguaje:eng
Publicado: 2021
Acceso en línea:http://cds.cern.ch/record/2776316
_version_ 1780971614507106304
author Lapka, Marzena
Le Gall, Antoine
Ballantine, Audrey
Dixon-Altaber, Helen
Dasgupta, Priyanka
author_facet Lapka, Marzena
Le Gall, Antoine
Ballantine, Audrey
Dixon-Altaber, Helen
Dasgupta, Priyanka
author_sort Lapka, Marzena
collection CERN
description Aerospace and particle physics share many technical similarities in terms of operational environments. Both sectors need components capable of functioning in harsh radiation environments, extreme temperatures and high vacuum conditions. Moreover, they both need to be able to handle large amounts of data quickly and autonomously. Performed in orbit around the Earth to avoid atmospheric effects, fundamental physics missions in space have much in common with CERN’s underground experiments. Maximising the positive impact of its research on society is integral to CERN’s mission. Aerospace applications carry strong opportunities in areas such as human and robotic exploration, long-distance transportation, climate change and environment monitoring, disaster prevention, advanced telecommunication and geolocalisation.
id cern-2776316
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2021
record_format invenio
spelling cern-27763162021-07-20T19:21:41Zhttp://cds.cern.ch/record/2776316engLapka, MarzenaLe Gall, AntoineBallantine, AudreyDixon-Altaber, HelenDasgupta, PriyankaFrom CERN to AerospaceAerospace and particle physics share many technical similarities in terms of operational environments. Both sectors need components capable of functioning in harsh radiation environments, extreme temperatures and high vacuum conditions. Moreover, they both need to be able to handle large amounts of data quickly and autonomously. Performed in orbit around the Earth to avoid atmospheric effects, fundamental physics missions in space have much in common with CERN’s underground experiments. Maximising the positive impact of its research on society is integral to CERN’s mission. Aerospace applications carry strong opportunities in areas such as human and robotic exploration, long-distance transportation, climate change and environment monitoring, disaster prevention, advanced telecommunication and geolocalisation.CERN-Brochure-2021-002-Engoai:cds.cern.ch:27763162021-07-20
spellingShingle Lapka, Marzena
Le Gall, Antoine
Ballantine, Audrey
Dixon-Altaber, Helen
Dasgupta, Priyanka
From CERN to Aerospace
title From CERN to Aerospace
title_full From CERN to Aerospace
title_fullStr From CERN to Aerospace
title_full_unstemmed From CERN to Aerospace
title_short From CERN to Aerospace
title_sort from cern to aerospace
url http://cds.cern.ch/record/2776316
work_keys_str_mv AT lapkamarzena fromcerntoaerospace
AT legallantoine fromcerntoaerospace
AT ballantineaudrey fromcerntoaerospace
AT dixonaltaberhelen fromcerntoaerospace
AT dasguptapriyanka fromcerntoaerospace