The First GLAST Symposium

Symposium Posters

P12 - AGN, EBL, and Related

• P12.1 - Cavazzuti, Elisabetta; ROXA: a new multi-frequency selected large sample of blazars with SDSS and 2dF optical spectroscopy
• P12.2 - Cheung, Chi C.; Compton x-ray and gamma-ray emission from extended radio galaxies
• P12.3 - Ciprini, Stefano; XMM-Newton observations of OJ 287 in 2005 and coordinated WEBT campaig
• P12.4 - Collmar, Werner; Recent multifrequency campaigns of the gamma-ray blazar 3C 279
• P12.5 - Foschini, Luigi; Swift follow-up of the gigantic TeV outburst of PKS 2155- 304 in 2006
• P12.6 - Georganopoulos, Markos; How to corner the two popular x-ray jet models with GLAST, and get the jet speed as freebie
• P12.7 - Graff, Philip B.; High energy variability of synchrotron-self compton emitting sources: why one zone models do not work, and how we can fix it
• P12.8 - Grandi, Paola; Broad line radio galaxies: jet contribution to the x-ray continuum
• P12.9 - Healey, Stephen E.; The CGRaBS blazars: preparation for GLAST
• P12.10 - Jorstad, Svetlana G.; Kinematics of jets in gamma-ray blazars
• P12.11 - Joshi, Manasvita; Modeling the SED and variability of 3C66A in 2003/2004
• P12.12 - Kildea, John; AGN monitoring with the whipple 10 m gamma-ray telescope
• P12.13 - Kocharovsky, Vladimir; The converter acceleration mechanism for potential sources of ultra-high energy cosmic
• P12.14 - Kurtanidze, Omar M.; Long-term ind intraday(?) variability of BL Lacertae since last great outburst
• P12.15 - Kurtanidze, Omar M.; Optical variability of x-ray selected blazars
• P12.16 - Kurtanidze, Omar M.; Blazars photometry at Abastumani Observatory
• P12.17 - Lindfors, Elina; Gamma-ray emission mechanism in blazar 3C279
• P12.18 - Lisanti, Mariangela; Electromagnetic models of extragalactic jets
• P12.19 - Lister, Matthew L.; Blazar demographics with MOJAVE and GLAST
• P12.20 - Lott, Benoit; Studying gamma-ray blazars with the GLAST LAT
• P12.21 - Markowitz, Alex; GeV variability analysis of blazars using GLAST LAT
• P12.22 - Massaro, Enrico; The multifrequency blazar catalog
• P12.23 - Miller, H. R.; Optical variability of GLAST blazars
• P12.24 - Mizuno, Yosuke; Relativisitc MHD simulations of relativistic jets with RAISHIN
• P12.25 - Nandikotkur, Giridhar; Does the blazar gamma-ray spectrum harden wit increasing flux? - what we learned from, EGRET
• P12.26 - Niemiec, Jacek; The role of the first-order fermi process in particle production at untrarelativistic shocks
• P12.27 - Nishikawa, Ken-Ichi; Simulation study of magnetic fields generated by the electromagnetic filamentation instability
• P12.28 - Poutanen, Juri; Photon breeding in relativistic jets
• P12.29 - Reimer, Anita; GeV-photon absorption in cosmologicallyevolving quasar environments
• P12.30 - Reyes, Luis C.; Detecting the EBL attenuation of blazars with GLAST
• P12.31 - Rhoads, James E.; Probing early star formation with GeV pair creation cutoffs in GRB spectra
• P12.32 - Stawarz, Lukasz; Automatic quenching of high energy gamma-ray sources by synchrotron photns
• P12.33 - Stawarz, Lukasz; Direct and reprocessed gamma-ray emission of large-scale jets in radio galaxies
• P12.34 - Takahashi, Hiromitsu; Multi-wavelength observationsof galactic microquasars
• P12.35 - Tornikoski, Merja; Radio to gamma-ray connection in blazars
• P12.36 - Tramacere, Andrea; The giant x-ray flares of Mrk 421 in spring-summber 2006
• P12.37 - Weintraub, Lawrence C.; Long-term daily monitoring of blazar candidates at 15 GHz
• P12.38 - Yu, Wenfei; State transitions in microquasars and the search for microblazars
• P12.39 - Bottacini, Eugenio; INTEGRAL and multiwavelength observations of the blazar Mrk 421 during an active phase
• P12.40 - Carraminana, Alberto; Searching for the first blazars with GLAST and LMT
• P12.41 - Carson, Jennifer E.; Probing AGN broad line regions with GLAST LAT observations of FSRQs
• P12.42 - Marscher, A.; Use of Multiwaveband Polarization and Light Curves to Identify Sites of Gamma-Ray Emission in Blazar Jets

P13 - Surveys and Population Studies

• P13.1 - Funk, Stefan; The connection between the LAT and VHE gamma-ray instruments
• P13.2 - Casandjian, Jean-Marc A.; revised catalogue of EGRET sources
• P13.3 - Kieda, David B.; GeV/TeV source population statistics extrapolated from the HESS galactic plane survey
• P13.4 - Lonjou, Vincent; Source identification with GLAST
• P13.5 - Walker, Gary P.; A milagro sky survey optimized for soft-spectrum sources
• P13.6 - Roberts, Mallory S.E.; What will be the brightest GLAST sources in the Galaxy?
• P13.7 - Cillis, Analia N.; Population studies of gamma ray sources using stacking analysis at low galatic latitudes

P14 - Galactic Compact Objects and Their Environments

• P14.1 - Djannati-Atal, Arache; Relic electron glow in middle-aged pulsar wind nebulae: a new class of VHE sources revealed by HESS
• P14.2 - Dubois, Richard; Prospects for observations of microquasars with GLAST
• P14.3 - Forot, Michael; Very high-energy particles in the tails of geminga
• P14.4 - Forot, Michael; Gamma-ray polarization of the crab nebula between 200 and 800 keV
• P14.5 - Fukazawa, Yasushi; Simultaneous observation of the gamma-ray binary LSI-61 303 with GLAST and Suzaku
• P14.6 - Funk, Stefan; Future GLAST observations of Supernova remnants and Pulsar Wind Nebulae
• P14.7 - Guillemot, Lucas; Preparations for GLAST LAT observations of the millisecond pulsar PSR J0218+4232 and its blazar neighbor 3C 66A
• P14.8 - Hideaki, Katagiri; GLAST simulation study of TeV-emitting extended supernova remnants for the origin of cosmic-ray nuclei
• P14.9 - Hirotani, Kouichi; The Impact of GLAST on pulsar emission models
• P14.10 - Kamae, Tune; Simulation of gamma-ray emission by protons and electrons in a 3D model of SNR shells
• P14.11 - Lemiere, Anne; Time dependent modeling of the archetypal middle-age gammaray PWN HESS J1825-137
• P14.12 - Lemoine-Goumard, Marianne; Observations of the shell-type supernova remnants RX J1713.7-3946 and RX J0852.0-4622 with H.E.S.S.
• P14.13 - Niemiec, Jacek; Magnetic turbulence production by streaming cosmic rays upstreamof SNR shocks
• P14.14 - Otte, Nepomuk; Pulsars and plerions observed with the MAGIC telescope
• P14.15 - Parent, Damien; Search for PSR B1951+32 with the GLAST LAT
• P14.16 - Porter, Troy; A Very high energy gamma rays from supernova remnants
• P14.17 - Razzano,Massimiliano; GLAST LAT and pulsars: what we learn from simulations?
• P14.18 - Romani, Roger W.; Gamma-ray pulsar candidates for GLAST
• P14.19 - Shrader, Chris R.; A search for short-lived transient phenomenon in LS I+61 303
• P14.20 - Shrader, Chris R.; Gamma-ray emission from x-ray binaries: prospects for GLAST
• P14.21 - Slowikowska, Agnieszka; Fully resolved optical polarization of the crab pulsar
• P14.22 - Sturner, Steven J.; The gamma-ray properties of the young, high-field pulsar PSR J1846-0258
• P14.23 - Takata, Jumpei; Phase resolved spectrum, light curve and polarization of high-energy emissions from the crab pulsar
• P14.24 - Terrier, Regis; The galaxy at very high energies: constraints on the cosmicray electron sources
• P14.25 - Thierry, Reposeur; Early vela pulsar observations to check GLAST LAT performance
• P14.26 - Almohammad, Abdalla H.; Determination of physical and geometrical elementof short period eclipsing variables 44i boo
• P14.27 - Asvarov, Abdul; Gamma-rays from radiative supernova remnants
• P14.28 - Boettcher, Markus; Implications of the VHE gamma-ray spectral variability of LS 5039
• P14.29 - Butt, Yousaf M;. A radio shell counterpart of TeV J2032+4130?
• P14.30 - Cassam-Chenai, Gamil; The blast wave of tycho’s supernova remant
• P14.31 - Chernenko, Anton; On the evolution of gamma-ray phase curves of radio pulsars and their detection with GLAST
• P14.32 - Gonthier, Peter L.; Population statistics of normal radio and gamma-ray pulsars in the galactic disk
• P14.33 - Ziegler, Marcus; Searching for radio-quiet gamma-ray pulsars
• P14.34 - McLaughlin, Maura A.; Modeling the Gamma-ray Pulsar Population

P15 - Facilities

• P15.1 - Carraminana, Alberto; A fast camera for gamma-ray pulsars
• P15.2 - Dingus, Brenda L.; HAWC (High Altitude Water Cherenkov) obervatory for surveying the TeV sky
• P15.3 - Naoki, Isobe; High sensitivity all sky x-ray monitor and survey with MAXI
• P15.4 - Norris, Jay P.; Near-IR camera for coordinated observations of high-energy transients alerted by Swift and GLAST
• P15.5 - Piotrowki, Lech W.; "Pi of the Sky" project
• P15.6 - Pozanenko, Alexei; Synchronous wide field survey: search prompt GRB emission in optic
• P15.7 - Smith, Andrew J.; Capability of extended air-shower arrays for gamma-ray astronomy
• P15.8 - Taylor, Greg B.; A view of clusters, AGN, and GRBs from the other side of the spectrum: the long wavelength array
• P15.9 - Vestrand, W. Thomas; Building "thinking" telescopes to support GLAST
• P15.10 - Villata, Massimo; WEBT multifrequency support to the GLAST mission

P16 - GRB and Solar Physics

• P16.1 - Akerlof, Carl W.; Statistical estimates of coordinate error circles for LATdetected GRBs
• P16.2 - Band, David L.; The synergy between the LAT and GBM in GLAST’s Study of gamma-ray bursts
• P16.3 - Bastieri, Denis; MAGIC upper limits on thehigh energy emission from GRBs
• P16.4 - Briggs, Michael S.; GBM on-board triggering and locations
• P16.6 - Cohen-Tanugi, Johann; Time dependence of pair opacity in GRB internal shocks
• P16.7 - Galli, Alessandra; GeV flares observations with GLAST LAT
• P16.8 - Gupta, Nayantara; Detecting high energy photons from GRBs with GLAST
• P16.9 - Johannesson, Gudlaugur; Luminosity distribution of GRB afterglows
• P16.10 - Kazanas, Demosthenes; The "Supercritical pile" GRB model: predictions for GLAST
• P16.11 - Kocevski, Daniel; Timing analysis of x-ray flares in GRBs
• P16.12 - Komin, Nukri R.; Performance of the GLAST-LAT for the observations of GRB spectra
• P16.13 - Le, Truong V.; Gamma ray bursts in the Swift and GLAST era
• P16.14 - Longo, Francesco; Gamma-ray burst observations with GLAST and TeV observatories
• P16.15 - Longo, Francesco; GLAST LAT detection of solar neutrons
• P16.16 - Murphy, Ronald J.; GLAST measurements of pion decay emission in solar flares
• P16.17 - Saz Parkinson, Pablo M.; Search for very high energy emission from gammaray bursts using milagro
• P16.18 - Omodei, Nicola; LAT observation of GRBs: simulations and sensitivity studies
• P16.19 - Stacy, J.G.; A program to search for transients microwave emission from GRBs and other high energy sources using archival WMAP datasets
• P16.20 - Williams, David A.; Search for GeV emission from gamma-ray bursts using milagro scaler data
• P16.21 - Bloom, Joshua S.; VOEventNet: Instant Alert Messaging for Astronomy
• P16.22 - Battelino, Milan; Photospheric Emission Models of GRB and their Detectability by GLAST

P17 - Diffuse and Extended Sources

• P17.1 - Bhattacharya, Debbijoy; Contribution to the exragalactic gamma-ray background (EGRB) from discrete sources
• P17.2 - Gillard, William; Effects of the gas content on the gamma ray emission from the galactic bulge
• P17.3 - Grasso, Dario; TeV gamma-ray and neutrino diffused emission from the galaxy
• P17.4 - Iocco, Fabio; High energy signals from the first stars
• P17.5 - Karlsson, Niklas; Simulation of gamma-ray from proton interaction in proton accelerations sites
• P17.6 - Kawano, Naomi; Suzaku observations of nonthermal x-ray emission from galaxy clusters
• P17.7 - Mizuno, Tsunefumi; Diffuse hard x-ray/gamma-ray emission from galaxy and local group of galaxies
• P17.8 - Moskalenko, Igor; GLAST observations of the sun and heliosphere: what can we learn?
• P17.9 - Moskalenko, Igor; Developing the galactic diffuse emission model for the GLAST large area telescope
• P17.10 - Orlando, Elena; GLAST detectability of gamma-ray emission from photon fields of luminous stars
• P17.11 - Ormes, Jonathan; F Cosmic ray electron science with GLAST
• P17.12 - Pohl, Martin; The 3-D distribution of gas in the milky way galaxy
• P17.13 - Strong, Andrew W.; The nature of the diffuse continuum emission above 100 keV from the galactic ridge
• P17.14 - Weidenspointner, Georg; What can we learn from and about the large magellanic cloud with GLAST?
• P17.15 - Moiseev, Alexander A.; LAT perspectives in detection of high energy cosmic ray electrons
• P17.16 - Orlando, Elena; The extended solar emission - an analysis of the EGRET data

P18 - Dark Matter and New Physics Search Windows

• P18.1 - Conrad, Jan; GLAST sensitivity to cosmological dark matter annihiliations into gamma-rays
• P18.2 - Morselli, Aldo; Searching for point sources of dark matter annihilation with GLAST
• P18.3 - Moskalenko, Igor; Dark Matter in the Center of the Milky Way and the stars burning it
• P18.4 - Sanchez-Conde, Miguel; Angel Dark matter in draco: new considerations of the expected gamma flux
• P18.5 - Scargle, Jeffrey D.; Quantum-gravity based photon dispersion in GRBs: the detection problem
• P18.6 - Stark Schneebeli, Luisa Sabrina; Indirect dark matter search with theMAGIC telescope
• P18.7 - Wunderer, Cornelia B.; Searching for millisecond flares in INTEGRAL and RHESSI GRBs - toward probing quantum gravity with gamma-ray bursts
• P18.8 - Bloom, Elliott D.; GLAST LAT WIMP line sensitivity estimates
• P18.9 - Lionetto, Andrea; Michele Explore physics beyond the standard model with GLAST
• P18.10 - Riofrio, Louise M.; Supermassive primordial black holes in space/time
• P18.11 - Conrad, Jan; On detection of Strange Quark Matter with GLAST

P19 - Techniques, Calibrations, and Operations

• P19.1 - Band, David L.; The GLAST guest investigator program
• P19.2 - Bastieri, Denis; Energy calibration of cherenkov telescopes using GLAST data
• P19.3 - Bhat, Narayana P.; GLAST burst monitor signal processing system
• P19.4 - Borgland, Anders W.; GLAST LAT performance monitoring
• P19.5 - Branden, Allen T.; Energy estimation and determination of energy spectra from TeV sources with milagro
• P19.6 - Burnett, Toby; Localization of gamma-ray point sources with theGLAST LAT
• P19.7 - Burnett, Toby; Application of HEALpix pixelization to gamma-ray data
• P19.8 - Cameron, Robert A.; The GLAST LAT instrument science operations center
• P19.9 - Campana, Riccardo A.; MST algorithm for source detection in gamma-ray images
• P19.10 - Case, Gary L.; Monitoring the low-energy gamma-ray sky using earth occultation with the GLAST GBM
• P19.11 - Cecchi, Claudia; Preliminary Study of the LAT Point Spread Function GLAST is the next generation telecope for the study of Gamma Ray Universe
• P19.12 - Charles, Eric A.; LAT on-orbit performance monitoring and calibration
• P19.13 - Chiang, James; Automated science processing for GLAST LAT data
• P19.14 - Ciprini, Stefano; 1D, 2D, 3D wavelets methods for gamma-ray point source analysis
• P19.15 - Corbet, Robin H.D.; The use of weighting in periodicity searches in all-sky monitor data - applications to the GLAST LAT
• P19.16 - Grove, J. Eric; Performance of the calorimeter of the GLAST LAT
• P19.17 - Hoover, Andrew S.; Validation of the GLAST burst monitor instrument response simulation software
• P19.18 - Horner, Donald J.; The GLAST science support center
• P19.19 - Johnson, Robert P.; The GLAST silicon-strip tracker
• P19.20 - Kuehn, Frederick G.; LAT onboard science: gamma ray burst identification
• P19.21 - Bregeon, J.; Response of the GLAST-LAT Calibration Unit to Sources of Background
• P19.22 - Loredo, Thomas J.; Holistic source detection
• P19.23 - Lott, Benoit; A set of tools for determining GLAST’s performance in specific applications
• P19.24 - McEnery, Julie E.; The Second GLAST Data challenge
• P19.25 - Moiseev, Alexander A.; Proton-caused ”irreducible” background in LAT
• P19.26 - Ormes, Jonathan F.; The GLAST background model
• P19.27 - Paneque, David; Novel technique for monitoring the performance of LAT
• P19.28 - Perkins, Jeremy S.; Control, monitoring, and analysis software for the VERITAS array
• P19.29 - Preece, Robert D.; The GBM instrument operations center and data analysis system
• P19.30 - Razzano, Massimiliano; Developing gamma-ray pulsar simulation tools for the gamma-ray large area space telescope
• P19.31 - Ritz, Steven; The trigger and onboard filter of the GLAST LAT
• P19.32 - Sander, Aaron; Analysis methods for milky way dark matter satellite detection
• P19.33 - Steinle, Helmut R.; Understanding the GLAST burst monitor detector calibration: a detailed simulation of the calibration including the environment
• P19.34 - Stephens, Thomas E.; Serving data to the GLAST users community
• P19.35 - von Kienlin, Andreas; High-energy calibration of a GLAST burst monitor BGO detector
• P19.36 - von Kienlin, Andreas; Calibration of GLAST burst monitor detectors
• P19.37 - Wallace, Mark S.; Full spacecraft source modeling and validation for the GLAST burst monitor
• P19.38 - Wang, Ping; Analysis methods for milky way dark matter satellite detection
• P19.39 - Zoglauer, Andreas; A bayesian method for particle track identification in low-energy pair telescopes
• P19.40 - Conrad, Jan; Statistical analysis of detection of, and upperlimits on, dark matter lines
• P19.41 - Chiang, James; LAT instrument response function studies for gamma-ray burst analyses
• P19.42 - Thompson, Dave; Performance of the Anti-Coincidence Detector on the GLAST Large Area Telescope
• P19.43 - Latronico, Luca; Heavy ion beam tests for the preparation of the LAT on-orbit calibration
• P19.44 - Kippen, R.M.; Instrument Response Modeling and Simulation for the GLAST Burst Monitor