Cargando…

Asimmetrie n. 18: #newphysics

The discovery of the Higgs boson came at the end of a long journey, where the direction was marked, but the road had to be built. What now? Now the physicists are looking out onto a world we don’t know, where there are no paths, and even the directions to be followed aren’t very clear. They know tha...

Descripción completa

Detalles Bibliográficos
Autor principal: Peduto, Catia
Lenguaje:eng
ita
Publicado: 2022
Materias:
Acceso en línea:http://cds.cern.ch/record/2807978
_version_ 1780973081011945472
author Peduto, Catia
author_facet Peduto, Catia
author_sort Peduto, Catia
collection CERN
description The discovery of the Higgs boson came at the end of a long journey, where the direction was marked, but the road had to be built. What now? Now the physicists are looking out onto a world we don’t know, where there are no paths, and even the directions to be followed aren’t very clear. They know that something "new" has to exist, because only 5% of the matter in the Universe may be attributed to known physics. So, now in LHC at CERN they are searching for dark matter candidates, e.g. for the so-called supersymmetric particles proving the presence of new physics beyond the standard model. Signs of dark matter and dark energy are also searched in the sky with complex satellites. The most elusives particles known, the neutrino, can lead to a "new physics", too. According to some theorists, eventually the scenario of physics could be completed by a "theory of everything" as string theory or something else. All these topics are analyzed in "#newphysics", the 18th issue of "Asimmetrie", the magazine of the Italian National Institute for Nuclear Physics (INFN), that, due to the success in Italy, is now freely available also in English on www.asimmetrie.it. Beyond the physics, there is an excerpt of Kip Thorne's book "The science of Interstellar" and Mark Levinson (director of the film "Particle fever") describes how he got the idea of making the film.
id cern-2807978
institution Organización Europea para la Investigación Nuclear
language eng
ita
publishDate 2022
record_format invenio
spelling cern-28079782022-04-29T19:17:02Zhttp://cds.cern.ch/record/2807978engitaPeduto, CatiaAsimmetrie n. 18: #newphysicsclassrom-materialsThe discovery of the Higgs boson came at the end of a long journey, where the direction was marked, but the road had to be built. What now? Now the physicists are looking out onto a world we don’t know, where there are no paths, and even the directions to be followed aren’t very clear. They know that something "new" has to exist, because only 5% of the matter in the Universe may be attributed to known physics. So, now in LHC at CERN they are searching for dark matter candidates, e.g. for the so-called supersymmetric particles proving the presence of new physics beyond the standard model. Signs of dark matter and dark energy are also searched in the sky with complex satellites. The most elusives particles known, the neutrino, can lead to a "new physics", too. According to some theorists, eventually the scenario of physics could be completed by a "theory of everything" as string theory or something else. All these topics are analyzed in "#newphysics", the 18th issue of "Asimmetrie", the magazine of the Italian National Institute for Nuclear Physics (INFN), that, due to the success in Italy, is now freely available also in English on www.asimmetrie.it. Beyond the physics, there is an excerpt of Kip Thorne's book "The science of Interstellar" and Mark Levinson (director of the film "Particle fever") describes how he got the idea of making the film.IPPOG-RDB-2022-010oai:cds.cern.ch:28079782022
spellingShingle classrom-materials
Peduto, Catia
Asimmetrie n. 18: #newphysics
title Asimmetrie n. 18: #newphysics
title_full Asimmetrie n. 18: #newphysics
title_fullStr Asimmetrie n. 18: #newphysics
title_full_unstemmed Asimmetrie n. 18: #newphysics
title_short Asimmetrie n. 18: #newphysics
title_sort asimmetrie n. 18: #newphysics
topic classrom-materials
url http://cds.cern.ch/record/2807978
work_keys_str_mv AT pedutocatia asimmetrien18newphysics