PPT-A pulsar is a supernova remnant which is a super dense, rap

PULSAR PROPERTIES High Space Velocity Rapid Spin Rate Super Dense Strong Gravitational Field Strong Magnetic Field Jocelyn Bell Little Green Men Theory Chandrasekhar Mass Limit 14 solar masses . Supernova Remants and Pulsar Wind Nebulae in the Chandra Era. 1. Modeling the Dynamical and Radiative Evolution of a Pulsar Wind Nebula inside a Supernova Remnant. Joseph Gelfand (NYU / NSF). Patrick Slane (CfA), Weiqun Zhang (NYU). star?: . SN 2008S in context. Margaret . Meixner. STScI. Masaaki . Otsuka. STScI/ASIAA. David . Riebel. JHU. SEEDS consortium. SN2008S: Spitzer IRAC 3.6 micron. Wesson et al. (2009). Day 17. Day 180. From Supernovae to Planets. Drafted by Manning for the . SOFIA . Team. 0. Topic: . Supernovase. .. Concepts: . Supernovae, planet formation, infrared observations. Missionb. : . SOFIA. Coordinated by: . The Pulsar Search Collaboratory. Questions We Will Answer. What is a . pulsar. ?. Why do astronomers study pulsars?. What is the . PSC. ?. How can . you. get involved?. What is a pulsar?. A pulsar is a . SN 1006 Supernova Remnant Explanationnewstar,likelythebrightestsupernovainrecordedhumanhistory,litplanetEarth'sskyintheyear1006ADTheexpandingdebriscloudfromthestellarexplosion,foundinthesoutherlyconst 2013/12/18. Speaker . : Yu-. Hsun. Cheng. Professor: Yosuke Mizuno. Introduction. Supernova remnants(SNR):. . This is . the structure resulting from the explosion of a star in a supernova. . It is formed by that the interactive between interstellar and . is a supernova remnant which is a super dense, . rapidly spinning neutron star which emits . dipole electromagnetic . radiation and features a strong magnetic and gravitational . field and also high space velocity. . 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?. N. eutron . Stars Foreseen. . Supernova . End Products?. When a . supernova. goes off, we can speculate that:. The star might blow itself to smithereens, . scattering all its material into space and leaving . with WFIRST . DRM1 and DRM2. C Baltay. June 1, 2012. Supernova Surveys . using . Slitless. Spectroscopy. Use Imager for . SNe. discovery and to get . lightcurves. Use . slitless. spectroscopy to type supernovae and get redshifts. Developed by . the SOFIA Team. 0. Topic: . Supernovae. Concepts: . Supernovae, planet formation, infrared observations. Mission: . SOFIA. Coordinated by: . the NASA Astrophysics Forum. An Instructor’s Guide for using the slide sets is available at the ASP website . Developed by . the SOFIA Team. 0. Topic: . Supernovae.. Concepts: . Supernovae, planet formation, infrared observations. Missionb. : . SOFIA. Coordinated by: . the NASA Astrophysics Forum. An Instructor’s Guide for using the slide sets is available at the ASP website . University of Sheffield. What is a supernova?. Stellar explosions. Types of supernova. The importance of. supernovae. Supernova remnants. Stellar explosions. Most stars are a balancing act between gravity and pressure. Pulsar:. Neutron . star. . with. . offset. . between. . magnetic. . and. . rotation. . axis. .  . emitting. . radio. . waves. in a . cone. (. lighthouse. . effect. ). . Neutron star.