Neutron stars and pulsars

More about the book

Neutron stars are the universe's most compact astronomical objects observable directly, offering insights into extreme physics beyond terrestrial laboratories. Their complex phenomena require knowledge across various scientific disciplines, including nuclear and condensed matter physics of dense matter, plasma physics, quantum electrodynamics of magnetospheres, and relativistic magneto-hydrodynamics of pulsar winds. Additionally, neutron stars serve as test beds for general relativity theories and are potential sources of gravitational waves. This interdisciplinary nature makes neutron star research captivating for seasoned scientists and newcomers alike. The book aims to be a comprehensive reference, reviewing advancements since the inception of pulsar astronomy while addressing key questions: What have we learned, how did we learn it, what are the critical open questions, and what new tools and observations are necessary for further exploration? The contributors, each with a significant dedication to neutron star research, have crafted educational review articles tailored for beginners, students, and young scientists. This work will serve as a valuable resource for these audiences, enhancing their understanding of neutron stars and pulsars.