PPT-Supernova Burst and Relic Neutrinos

1 John Beacom The Ohio State University 2 Plan of the Talk Introduction to Supernova N eutrinos Focus on B urst D etection What will we know after the next burst What new capabilities do we need. From . Dark Matter . Annihilation. Jason Kumar. University of. H. a. w. a. i. i. collaborators. Jin In. Carsten. . Rott. Pearl Sandick. Jennifer Gaskins. David Yaylali. 1502. 02091, 15xx.xxxxx. dark matter and monoenergetic neutrinos. Jim Kneller. NC State University. NOW 2010. The neutrinos we will detect from the next SN in our Galaxy will tell us much about the explosion . and. the neutrino.. The flavour content of the signal changes as it propagates from the proto-neutron star to our detectors here on Earth.. :. 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 ). Original source: Arnett. , W.D.; et al. (1989). "Supernova 1987A". . Annual Review of Astronomy and Astrophysics. . 27. : 629–700. .. From Wikipedia article, downloaded 9/8/14, . http. ://. en.wikipedia.org/wiki/SN_1987A. by: . chris. . kazun. Relics. Do you know what a relic is?. Relics are objects that are associated with a saint or martyr.. Relics of a martyr are often more prized than those of other saints. There are three types (the first two types are the most important). R.Svoboda. Sterile Neutrinos as DM?. As WIMP searches getting well below the weak interaction scale for large range of masses and collider limits now limit smaller masses. What if no . WIMPs. are found to well below weak scale?. Neutrinos. Ghost . Particles . of the . Universe. Georg G. Raffelt. Max-Planck-Institut f. ür Physik, München, Germany. Neutron. Proton. Gravitation (Gravitons?) . Weak . Interaction (W and Z Bosons). :. 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 ). . . . Sumit K. . Sarbadhicary. PITT-PACC, University of Pittsburgh. Team. - . Carles. . Badenes. (Pitt), Laura . Chomiuk. , Daniel Huizenga, Jessica Maldonado (MSU), . Damiano. . Caprioli. (U. Chicago). Instrument Chemistries for each step in the decontamination process. Pre-cleaning. Manual cleaning. Automated cleaning. Case Solutions. CSR Ink and adhesive remover. SchmutzOff stainless steel, acid based re-conditioner and . Instrument Chemistries for each step in the decontamination process. Pre-cleaning. Manual cleaning. Automated cleaning. © 2010 Case Medical, Inc.. Case Solutions. CSR Ink and adhesive remover. SchmutzOff stainless steel, acid based re-conditioner and . Shirley Li. The Ohio State University. Collaborators: Luke Roberts, John Beacom. TeVPA. , August 2017. Timescale of a SN. Shirley. . Li. (OSU). Figure. . credit. : . R.J. . Hall. ?. Detectable!. . Li, . Shuo. Supervisor: Prof. Moshe Zukerman. Co-supervisor: Dr. Eric W. M. Wong. Further Credits: Dr. V. . Abramov. , Dr. . Meiqian. Wang and Zhang . Jianan. Jan. 06, 2014. 1. Outline. Background: Optical burst switching (OBS). 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..