Horizons: nuclear astrophysics in the 2020s and beyond
Horizons: nuclear astrophysics in the 2020s and beyond
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DOI：
10.1088/1361-6471/ac8890
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发表时间：
2022-05
期刊：
影响因子：
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通讯作者：
H. Schatz;A. B. Reyes;A. Best;E. Brown;K. Chatziioannou;K. Chipps;C. Deibel;R. Ezzeddine;D. Galloway;C. Hansen;F. Herwig;A. Ji;M. Lugaro;Z. Meisel;D. Norman;J. S. Read;L. Roberts;A. Spyrou;I. Tews;F. Timmes;C. Travaglio;N. Vassh;C. Abia;P. Adsley;S. Agarwal;M. Aliotta;W. Aoki;A. Arcones;A. Aryan;Avrajit Bandyopadhyay;A. Banu;D. Bardayan;J. Barnes;A. Bauswein;T. Beers;J. Bishop;T. Boztepe;B. Cot'e;M. Caplan;A. Champagne;J. Clark;M. Couder;A. Couture;S. D. Mink;S. Debnath;R. deBoer;J. Hartogh;P. Denissenkov;V. Dexheimer;I. Dillmann;J. Escher;M. Famiano;R. Farmer;R. Fisher;C. Frohlich;A. Frebel;C. Fryer;G. Fuller;A. K. Ganguly;S. Ghosh;B. Gibson;T. Gorda;K. Gourgouliatos;V. Graber;M. Gupta;W. Haxton;A. Heger;W. R. Hix;W. Ho;E. Holmbeck;A. Hood;S. Huth;G. Imbriani;R. Izzard;R. Jain;H. Jayatissa;Z. Johnston;T. Kajino;A. Kankainen;G. Kiss;A. Kwiatkowski;M. Cognata;A. Laird;L. Lamia;P. Landry;E. Laplace;K. Launey;D. Leahy;G. Leckenby;A. Lennarz;B. Longfellow;A. Lovell;W. G. Lynch;S. Lyons;K. Maeda;E. Masha;C. Matei;J. Merc;B. Messer;F. Montes;A. Mukherjee;M. Mumpower;D. Neto;B. Nevins;W. Newton;L. Q. Nguyen;K. Nishikawa;N. Nishimura;F. Nunes;E. O'Connor;B. O’Shea;W. Ong;S. Pain;M. Pajkos;M. Pignatari;R. Pizzone;V. Placco;T. Plewa;B. Pritychenko;A. Psaltis;D. Puentes;Y.-Z. Qian;D. Radice;D. Rapagnani;B. Rebeiro;R. Reifarth;A. L. Richard;Nabin Rijal;I. Roederer;J. Rojo;K. J.S.;Y. Saito;A. Schwenk;M. Sergi;R. S. Sidhu;A. Simon;T. Sivarani;'Asa Sk'ulad'ottir;M. S. Smith;A. Spiridon;T. Sprouse;S. Starrfield;A. Steiner;F. Strieder;I. Sultana;R. Surman;T. Szucs;A. Tawfik;F. Thielemann;L. Trache;R. Trappitsch;M. Tsang;A. Tumino;S. Upadhyayula;J. O. V. Mart'inez;M. V. D. Swaelmen;C. V'azquez;A. Watts;B. Wehmeyer;M. Wiescher;C. Wrede;J. Yoon;R. Zegers;M. A. Zermane;M. Zingale
中科院分区：
文献类型：
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作者：
H. Schatz;A. B. Reyes;A. Best;E. Brown;K. Chatziioannou;K. Chipps;C. Deibel;R. Ezzeddine;D. Galloway;C. Hansen;F. Herwig;A. Ji;M. Lugaro;Z. Meisel;D. Norman;J. S. Read;L. Roberts;A. Spyrou;I. Tews;F. Timmes;C. Travaglio;N. Vassh;C. Abia;P. Adsley;S. Agarwal;M. Aliotta;W. Aoki;A. Arcones;A. Aryan;Avrajit Bandyopadhyay;A. Banu;D. Bardayan;J. Barnes;A. Bauswein;T. Beers;J. Bishop;T. Boztepe;B. Cot'e;M. Caplan;A. Champagne;J. Clark;M. Couder;A. Couture;S. D. Mink;S. Debnath;R. deBoer;J. Hartogh;P. Denissenkov;V. Dexheimer;I. Dillmann;J. Escher;M. Famiano;R. Farmer;R. Fisher;C. Frohlich;A. Frebel;C. Fryer;G. Fuller;A. K. Ganguly;S. Ghosh;B. Gibson;T. Gorda;K. Gourgouliatos;V. Graber;M. Gupta;W. Haxton;A. Heger;W. R. Hix;W. Ho;E. Holmbeck;A. Hood;S. Huth;G. Imbriani;R. Izzard;R. Jain;H. Jayatissa;Z. Johnston;T. Kajino;A. Kankainen;G. Kiss;A. Kwiatkowski;M. Cognata;A. Laird;L. Lamia;P. Landry;E. Laplace;K. Launey;D. Leahy;G. Leckenby;A. Lennarz;B. Longfellow;A. Lovell;W. G. Lynch;S. Lyons;K. Maeda;E. Masha;C. Matei;J. Merc;B. Messer;F. Montes;A. Mukherjee;M. Mumpower;D. Neto;B. Nevins;W. Newton;L. Q. Nguyen;K. Nishikawa;N. Nishimura;F. Nunes;E. O'Connor;B. O’Shea;W. Ong;S. Pain;M. Pajkos;M. Pignatari;R. Pizzone;V. Placco;T. Plewa;B. Pritychenko;A. Psaltis;D. Puentes;Y.-Z. Qian;D. Radice;D. Rapagnani;B. Rebeiro;R. Reifarth;A. L. Richard;Nabin Rijal;I. Roederer;J. Rojo;K. J.S.;Y. Saito;A. Schwenk;M. Sergi;R. S. Sidhu;A. Simon;T. Sivarani;'Asa Sk'ulad'ottir;M. S. Smith;A. Spiridon;T. Sprouse;S. Starrfield;A. Steiner;F. Strieder;I. Sultana;R. Surman;T. Szucs;A. Tawfik;F. Thielemann;L. Trache;R. Trappitsch;M. Tsang;A. Tumino;S. Upadhyayula;J. O. V. Mart'inez;M. V. D. Swaelmen;C. V'azquez;A. Watts;B. Wehmeyer;M. Wiescher;C. Wrede;J. Yoon;R. Zegers;M. A. Zermane;M. Zingale
核天体物理学是核物理学和天体物理学的交叉领域，旨在了解天体的核引擎和化学元素的起源。这篇白色论文总结了该领域的进展和现状，已经出现的新的开放问题，以及随着需要整合的越来越多的学科和子领域的能力的重大进步而开辟的巨大科学机会。我们从整体上讨论了核天体物理学在科学，多样性，教育以及该领域的跨学科性和广度方面的独特挑战和机遇。显然，核天体物理学是一个充满活力的领域，有着光明的未来，正在进入一个发现机会的新时代。
Nuclear astrophysics is a field at the intersection of nuclear physics and astrophysics, which seeks to understand the nuclear engines of astronomical objects and the origin of the chemical elements. This white paper summarizes progress and status of the field, the new open questions that have emerged, and the tremendous scientific opportunities that have opened up with major advances in capabilities across an ever growing number of disciplines and subfields that need to be integrated. We take a holistic view of the field discussing the unique challenges and opportunities in nuclear astrophysics in regards to science, diversity, education, and the interdisciplinarity and breadth of the field. Clearly nuclear astrophysics is a dynamic field with a bright future that is entering a new era of discovery opportunities.