PPT-Proper Motions in Extragalactic Jets

And how to interpret them Agniva Roychowdhury University of Maryland Baltimore County MARLAM 2022 JHU Proper motions in quasar jets MOJAVE 22 GHz 4C 3103 Max speed 188 10c. Gamma ray bursts (GRB) are an especially exciting outflow phenomena that are capable of outputting as much energy as our sun will. Christopher C. . Lindner. 1. Abstract. Relativistic Jets are streams of plasma moving throughout the universe at speeds up to 99% the speed of light. They produce high-energy X-ray, radio, and visible radiation that are observable from great distances across the universe. G. Heinrich, J. . Huston. , J. . Maestre. , D. . Maitre. , R. . . Pittau. ,. G. . Soyez. (jet . liason. ). Understanding cross sections at the LHC. PDF. ’. s, PDF luminosities. and PDF uncertainties. . Sanshiro. Shibata (Konan Univ.). Collaborator: . Nozomu. . Tominaga. (Konan Univ., IPMU). Introduction. Models for the prompt emission. Internal shock model. A standard scenario for a long time.. Perturbatively. David A. Kosower. Institut. de Physique . Th. é. orique. , CEA–. Saclay. work with. . Matan. Field, Guy . Gur. -Ari Lorenzo . Mannelli. , & . Gilad. Perez. 1212.2106. Zurich Phenomenology Workshop:. : 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. 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. . 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): . Adam Para, . . Nayeli. . Azucena. . Rodríguez. . Briones. July 7, 2009. Crystal Calorimeter Version of . SiD. Use SiD02 detector geometry. Replace the EM and HAD calorimeters by the crystals. Two version of the crystal calorimeters (to examine the importance of the calorimeter segmentation). Phenomenology of Vectorlike Confinement. Can Kılıç. , University of Texas at Austin. work done with: Takemichi Okui (arXiv: 1001.4526, JHEP 1004:128, 2010 ). Takemichi Okui, Raman Sundrum (arXiv: 0906.0577, JHEP 1002:018, 2010). Christian Grefe, . Tomáš Laštovička. , Blai Pie Valls, Jan Strube and Frederic Teubert . WG6 Meeting . 16/02/2011. Channels Summary. H→. μμ. Very rare decay (≈5.10. -4. ). Difficult to observe at the LHC (3. 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. A New Detection of Extragalactic AME Eric J. Murphy Radio-to-FIR Spectrum of a Galaxy ~ν -0.8 ~ν -0.1 1.4 GHz 33 GHz ngVLA M51 Dumas et al. 2010 20 cm/1.4 GHz 3.6 cm/8.3GHz H α AME over the last 20 years 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 /| Jeff Mangum. NRAO. 2. Extragalactic Star Formation. 3. Multi-transition analysis of molecular excitation within high spatial. . density (n(H2) > 10^5 cm^-3) and high kinetic temperature (. Tk. > 100 K) environments.