PPT-Astrophysical Jets: Observations and

Theory Mario Livio Space Telescope Science Institute Which Systems Have Highly Collimated Jets Object Physical System Young Stellar Objects Accreting Star HMXBs Accreting NS or BH Xray Transients. Ramesh Narayan. Jets are Widespread. Relativistic Jets . occur widely in . accreting black holes (BHs): AGN, XRBs, GRBs. A . common . robust . mechanism . must be producing all these . Jets. Best Bet. Primordial. or . Astrophysical. ?. Jungyeon. Cho. Chungnam. National . University, Korea. Cho & . Yoo. (2012; . ApJ. ). Cho (2013; PRD). Cho (2014, . ApJ. ). Origin of Magnetic fields in the ICM. flavor . produced in association with W and Z bosons. Pierre-Hugues Beauchemin. o. n behalf of the ATLAS Collaboration. Tufts University. ICHEP2012 -Melbourne, Australia . 0. 5/07/2012. Outline. Context of the measurements. 2 show a chain of more or less regularly spaced emission knots which in some cases move at high speeds away from the central source; (iv) often terminate in emission lobes (with line emission in the c The View From Telescopes, Computers. and the Lab. Adam Frank. University of Rochester. A Cast Of Lots and Lots. AstroBEAR development. : J. Carroll, B. . Lui. , M. . Huarte. -Espinosa, S. Li, E. Hanson, E. Kaminski, K. . : data . vs. theory. Joey Huston. Bruce . Mellado. 1. Higgs(->. gg. )+jets. Most of the excess observed for Higgs production is in >=1 jet final states. Maybe CMS does not see as large of an excess. Squarks. and . Gluinos. in the Jets + MET + 0-Lepton Channel at ATLAS. Dan . Tovey. University of . Sheffield. On behalf of the ATLAS Collaboration. 2. The ATLAS Detector. Inner Detector (|. . |<2.5, B=2T): . in Star Forming Region. Tae-. Soo. . Pyo. Subaru Telescope. Near-IR . NBFs. Survey of Jets in Massive Star Forming Region with GLAO. . Key words:. -. GLAO : FWHM ~ 0.2” , . FoV. ~ 15’x 15’. . Circinus. X-1 with Very Long Baseline . Interferometry. James Miller-Jones. Collaborators: A. . Moin. , S. . Tingay. , C. Reynolds, C. Phillips, . A. . Tzioumis. , R. Fender, J. McCallum, G. Nicolson, V. . 2 show a chain of more or less regularly spaced emission knots which in some cases move at high speeds away from the central source; (iv) often terminate in emission lobes (with line emission in the c Tsvi Piran. Racah. Institute of Physics,. The Hebrew University. Omer Bromberg, Ehud . Nakar. Re’em. Sari. , . Franck Genet, Martin . Obergaulinger. , Eli . Livne. T Piran Jets 2011 Krakow . The (long) GRB-Supernova connection. Richard B. Larson. Yale . University. Progress of Theoretical Physics Letters 1965. Progress of Theoretical Physics 1965. Annual Review of Astronomy and Astrophysics 1966. “nearly horizontal”. . A . Middle-aged Pulsar's New Trick. Q. . Daniel . Wang & Seth Johnson . University . of . Massachusetts. B2224+. 65 . and . Guitar. . Nebula. Period = 0.68 s. Ė. s. . =1.2 x 10. 33. erg s. −1. W - � enu varsha ramakrishnan Double parton scattering 2 RAW JETS FROM THE NUTPLE REMOVE “Electron JETS” APPLY JET ENERGY SCALE CORRECTION L5 SELECT JETS WITH E T �12 GeV /|