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Dense matter with eXTP

by Poutanen, Juri , Greif, Svenja K. , Xu, RenXin , Zheng, ShiJie , Zand, Jean in’t , Lu, FangJun , Possenti, Andrea , Lai, XiaoYu , Miller, M. Coleman , Zane, Silvia , Tolos, Laura , Schatz, Hendrik , Török, Gabriel , Chakrabarty, Deepto , Falanga, Maurizio , Stiele, Holger , Zhang, ShuangNan , Qu, JinLu , Baykal, Altan , Bernardini, Federico , Santo, Melania Del , Strohmayer, Tod , Li, ZhaoSheng , Xu, YuPeng , Ji, Long , Zhang, GuoBao , Feroci, Marco , Méndez, Mariano , Riley, Thomas E. , Santangelo, Andrea , Zhou, Xia , Nättilä, Joonas , Salmi, Tuomo , Chenevez, Jérôme , Hebeler, Kai , Vacchi, Andrea , Li, XiangDong , Gungor, Can , Zhang, WenDa , Kargaltsev, Oleg , Homan, Jeroen , Song, LiMing , Li, Ang , Prescod-Weinstein, Chanda , Schwenk, Achim , Brown, Edward , Mahmoodifar, Simin , Tsang, David , Watts, Anna L. , Ferdman, Robert D. , Linares, Manuel , Yu, WenFei , Guillot, Sebastien , Kurkela, Aleksi , Ge, MingYu , Šrámková, Eva , Degenaar, Nathalie , Salvo, Tiziana Di , Riggio, Alessandro , Doroshenko, Victor , Tews, Ingo , Cavecchi, Yuri , Urbanec, Martin , Stappers, Benjamin , Patruno, Alessandro , Sanna, Andrea , Bombaci, Ignazio , Iaria, Rosario , Hartmann, Dieter H. , Morsink, S

in Astronomia i astrofísica / Astronomy / Astrophysics / Classical and Continuum Physics / Dense matter / Equacions d'estat / Equation of state / Equations of state / Física / High energy physics / Invited Review / Laboratories / Neutron / Neutron stars / Neutrons / Nuclear physics / Observations and Techniques / Observatories / Physics / Physics (General) / Physics and Astronomy / Pulsars / Raigs X / Science / X-Rays / Àrees temàtiques de la UPC

2019

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2019

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2019

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Journal Article

Dense matter with eXTP

Poutanen, Juri,

Greif, Svenja K.,

Xu, RenXin,

Zheng, ShiJie,

Zand, Jean in’t,

Lu, FangJun,

Possenti, Andrea,

Lai, XiaoYu,

Miller, M. Coleman,

Zane, Silvia,

Tolos, Laura,

Schatz, Hendrik,

Török, Gabriel,

Chakrabarty, Deepto,

Falanga, Maurizio,

Stiele, Holger,

Zhang, ShuangNan,

Qu, JinLu,

Baykal, Altan,

Bernardini, Federico,

Santo, Melania Del,

Strohmayer, Tod,

Li, ZhaoSheng,

Xu, YuPeng,

Ji, Long,

Zhang, GuoBao,

Feroci, Marco,

Méndez, Mariano,

Riley, Thomas E.,

Santangelo, Andrea,

Zhou, Xia,

Nättilä, Joonas,

Salmi, Tuomo,

Chenevez, Jérôme,

Hebeler, Kai,

Vacchi, Andrea,

Li, XiangDong,

Gungor, Can,

Zhang, WenDa,

Kargaltsev, Oleg,

Homan, Jeroen,

Song, LiMing,

Li, Ang,

Prescod-Weinstein, Chanda,

Schwenk, Achim,

Brown, Edward,

Mahmoodifar, Simin,

Tsang, David,

Watts, Anna L.,

Ferdman, Robert D.,

Linares, Manuel,

Yu, WenFei,

Guillot, Sebastien,

Kurkela, Aleksi,

Ge, MingYu,

Šrámková, Eva,

Degenaar, Nathalie,

Salvo, Tiziana Di,

Riggio, Alessandro,

Doroshenko, Victor,

Tews, Ingo,

Cavecchi, Yuri,

Urbanec, Martin,

Stappers, Benjamin,

Patruno, Alessandro,

Sanna, Andrea,

Bombaci, Ignazio,

Iaria, Rosario,

Hartmann, Dieter H.,

Morsink, S

2019

Overview

In this White Paper we present the potential of the Enhanced X-ray Timing and Polarimetry (eXTP) mission for determining the nature of dense matter; neutron star cores host an extreme density regime which cannot be replicated in a terrestrial laboratory. The tightest statistical constraints on the dense matter equation of state will come from pulse profile modelling of accretion-powered pulsars, burst oscillation sources, and rotation-powered pulsars. Additional constraints will derive from spin measurements, burst spectra, and properties of the accretion flows in the vicinity of the neutron star. Under development by an international Consortium led by the Institute of High Energy Physics of the Chinese Academy of Science, the eXTP mission is expected to be launched in the mid 2020s.

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Publisher

Springer Verlag / Science China Press / Chinese Academy of Sciences / National Natural Science Foundation of China,Science China Press,Springer,Springer Nature B.V

Subject

Astronomia i astrofísica

/ Astronomy

/ Astrophysics

/ Classical and Continuum Physics

/ Física

/ High energy physics

/ Invited Review