PDF-(BOOS)-Stars as Laboratories for Fundamental Physics: The Astrophysics of Neutrinos, Axions,

The first extended work of its kind Stars as Laboratories for Fundamental Physics stands at the intersection of two burgeoning fields astrophysics and particle physics Georg Raffelt one of the worlds leading researchers in this field describes what the study of stars reveals about fundamental particle interactionsRaffelt presents the many uses of stellar astrophysics for research in basic particle physics He focuses primarily on the properties and nongravitational interactions of elementary particles Numerous graphs and figures complement the textStars as Laboratories for Fundamental Physics is a valuable reference for cosmologists astrophysicists and particle physicists. Chapter 0, Introduction. Yosuke Mizuno. Institute of Astronomy. National . Tsing-Hua. University. Lecture Website. Lecture Website. http://. www.phys.nthu.edu.tw. /~. mizuno. /. plastro.htm. l. No specific text book for this lecture. Introduction: What is particle astrophysics?. 1. What is particle astrophysics?. Particle astrophysics is the use of particle physics techniques (experimental or theoretical) to address astrophysical questions.. Axion Dark Matter. Georg G. . Raffelt. , Max-Planck-. Institut. f. ür Physik, . München. Physics Colloquium, University of Sydney, 3 March 2014. Axions. as Cold Dark Matter of the Universe. Dark . :. past present future. Heidi Schellman @ Frank Merritt Fest 2015. 1. What we knew in 1971. 2. Neutrinos exist (Cowan, . Reines. 1956). There are two kinds (Lederman, Schwartz, Steinberger - 1962 ). Cecilia Lunardini. Arizona State University . And RIKEN BNL Research Center. INT workshop “Long-Baseline Neutrino Physics and Astrophysics”. Motivations . Current status. The future:. Detection potential. Solar Physics. Course structure. My part - 12 lectures: week 1 – week 6. 6 assignments: . 5 (each week) to do at home (5% of final mark). 1 assignment – computational work (10%) ?. Exam: 70% two parts . Theoretical Motivation. Cosmological Role. Experimental Searches. Georg Raffelt. Max Planck Institute for Physics. Munich. xions. Axion Physics in a Nut Shell. CP conservation in QCD by. Peccei-Quinn mechanism. Georg G. Raffelt, Max-Planck-Institut f. ür Physik, München. Axions. Motivation. , Cosmological Role. and Astrophysical Limits. 4. th. Schrödinger Lecture, Universit. ät Wien, 24 May 2011. CP Violation in Particle Physics. and Earth Structures. By . Miriam Aczel. What are neutrinos?. They are almost . massless. —hardly feel the force of gravity. They have no electric charge—don’t feel the electromagnetic force. Have no . Why is it important?. Black holes. ExoPlanets. Specialized Skills. Earnings/Wages. Related Jobs. Future Trends. Conclusion. Table of Contents. Many people believe that there are no new discoveries left to be made in astrophysics. . Francisco José . Iguaz. Gutiérrez. On. . behalf. of . the. CAST . Collaboration. IDM2010-Montpellier. 27th . July. 2010. Outline. Theoretical. . motivation. . for. . axions. The. CAST . experiment. Art McDonald, Professor Emeritus. Queen’s University, Kingston, . Ontario, Canada. T. he middle of the sun is so hot that the centers of the atoms (nuclei). f. use together, giving off lots of energy and neutrinos. The neutrinos penetrate easily through the dense material in the Sun and reach the earth.. ?. History in the Making?. 1862: Maxwell found that there should be electromagnetic waves travelling at approximately the (known) speed of light. 1905: Einstein used universal speed of light as foundation of geometric description of physics. Abaz . Kryemadhi. , Andreas . Mastronikolis, . Konstantin Zioutas. 17. th. . Patras. workshop on . Axions. , WIMPS, and WISPS, . Aug. 8-12, 2022, Mainz Germany. 1. Profited from Mark Vogelsberger.