| Solar System and Exoplanets |
Prof Jean-Philippe Beaulieu
IAP/UCL | 1.1 | Water in HD 209458b's atmosphere from 3.6 - 8 microns IRAC photometric observations in primary transit |
Mr Bryce Croll
University of Toronto | 1.2 | Discrete Thermal Phase Curve Observations of the Eccentric Transiting Planet HD 17156b |
Dr Jean-Michel Desert
IAP | 1.3 | Transit spectrophotometry of the exoplanet HD189733b with Spitzer and HST |
Mr Michael Lund
Cal State - Northridge | 1.4 | Comparison of Mass Radius Relations for Transiting ESP |
Dr Pavel Machalek
STScI | 1.5 | Study of Hot-Jupiter Atmospheres using Infrared Photometry |
Dr Takafumi Ootsubo
ISAS/JAXA | 1.6 | AKARI survey of ices and volatiles in the solar system small bodies |
Dr David E Trilling
Northern Arizona University | 1.7 | ExploreNEOs: The Warm Spitzer NEO survey |
| Star Formation |
Dr Deokkeun An
Caltech/IPAC | 2.1 | First Spectroscopic Identification of Massive Young Stellar Objects in the Galactic Center |
Dr Melissa L Enoch
UC Berkeley | 2.2 | Disk and Envelope Structure in Class 0 Protostars |
Dr Nicolas Flagey
SSC / CalTech | 2.3 | The Eagle Nebula: a spectral template for star forming regions |
Dr Paul F Goldsmith
JPL/Caltedh | 2.4 | Molecular Hydrogen Emission from the Taurus Molecular Cloud |
Dr Robert Gutermuth
Smith College / UMass Amherst | 2.5 | Nearby Star Formation Structure Dissected: A Spitzer Legacy |
Dr Leslie K Hunt
INAF-Osservatorio di Arcetri | 2.6 | The Spitzer View of Low-Metallicity Star Formation: Fine Structure Lines, Aromatic Features, and Molecules |
Dr Randolf Klein
UC Berkeley | 2.7 | Massive Protostars around IRAS 05345+3157 |
Dr Maria Morales-Calderon
Spitzer Science Center | 2.8 | Mid-IR variability in IC1396A |
Dr Andrea Urban
JPL | 2.9 | The effect of mass accretion on early stellar evolution |
Dr Luisa M Rebull
SSC/IPAC/JPL | 2.10 | Spitzer Observations of the Taurus Molecular Cloud: Old and New YSOs |
Mr Satoshi Takita
ISAS/JAXA | 2.11 | AKARI All-Sky Survey of T Tauri stars: the Taurus-Auriga region |
Dr Susan Terebey
Cal State LA | 2.12 | A MIPS View of Dense Cores and Embedded Sources in the Taurus Spitzer Legacy Survey |
Prof Dan M Watson
University of Rochester | 2.13 | Infall, outflow and protostellar accretion: "audits" of the youngest disks |
| Protoplanetary and Debris Disks |
Dr Cesar Briceno
Centro de Investigaciones de Astronomia | 3.1 | A Spitzer view of disk evolution in Orion OB1a and OB1b |
Dr John Carpenter
Caltech | 3.2 | Debris Disks in the Upper Sco OB Association |
Dr Thayne Currie
NASA-Goddard Space Flight Center | 3.3 | How and When Planet Formation Ends: The Lifetimes and Morphologies of Transition Disks |
Ms Simone Fiedler
Astrophysical Institute and University Observatory Jena | 3.4 | Statistics of debris disks around planet host stars |
Mr Hideaki Fujiwara
University of Tokyo | 3.5 | Detection of Silica Dust in the Debris Disk Around HD 15407 |
Dr Elise Furlan
JPL, Caltech | 3.6 | Disk Dissipation at an Age of 1-2 Myr |
Dr Paul M Harvey
University of Texas | 3.7 | A Spitzer Search For Disks Around Young Planetary Mass Objects |
Dr Jesus O Hernandez
Centro de Investigaciones de Astronom’a | 3.8 | Early stages in protoplanetary disks |
Dr Shigenobu Hirose
JAMSTEC | 3.9 | Thermodynamical Structure of Protoplanetary Disks |
Dr David Hollenbach
SETI Institute | 3.10 | Time-Evolution and IR Spectra of Photoevaporating, Viscous Circumstellar Disks Around Young Stars |
Dr Peter P Plavchan
NExScI/IPAC/Caltech | 3.11 | AU Mic is Not Alone: New M Dwarf Debris Disks |
Ms Laurie E Urban
Northern Arizona University | 3.12 | The Debris Disk Fraction at 24 microns |
| The Galaxy |
Dr Nicolas P Billot
IPAC/NHSC | 4.1 | Disk and Ring Sources in the MIPSGAL Survey, and spectroscopic IRS follow-up. |
Dr Ara Chutjian
JPL/Caltech | 4.2 | Formation of CO2, HCOOH, CH3OH, and CH3CH2OH on an Icy Grain Analogue Using Fast O-atoms |
Prof Yasuo Doi
University of Tokyo | 4.3 | AKARI FIR All Sky Imaging Survey |
Dr Nicolas Flagey
SSC / CalTech | 4.4 | Bubbles in the Galactic Plane |
Dr Joseph L Hora
Harvard-Smithsonian Center for Astrophysics | 4.5 | The Spitzer Legacy Survey of the Cygnus-X Region: |
Dr James Ingalls
SSC/Caltech | 4.6 | Molecular Hydrogen Emission from Translucent Galactic Clouds |
Dr Rosina C Iping
the Catholic University of America | 4.7 | Spitzer observations of the Vela X-1 bow shock |
Dr Jeonghee Rho
SSC/Caltech | 4.8 | A Dust Twin of Cas A: 21-micron Dust Feature in The Supernova Remnant G54.1+0.3 |
Dr Itsuki Sakon
University of Tokyo | 4.9 | Near- to mid-infrared spectroscopy of interstellar PAHs in the Milky Way and in the Large Magellanic Cloud based on AKARI/IRC observation |
Dr Goran Sandell
SOFIA-USRA, NASA AMES RESEARCH C | 4.10 | A census of young stars in NGC2023, Horsehead & Ori I-2 |
Ms Kari A Wojtkowski
University of Missouri--St. Louis | 4.11 | Analysis of Ices Toward YSOs in Rho Ophiuchi |
Dr Takashi Onaka
University of Tokyo | 4.12 | Mid-Infrared Spectrum Variation of Long-Period Variables seen with IRS |
Dr Schuyler Van Dyk
SSC/CalTech | 4.13 | Spitzer Studies of Supernova Ejecta and Dust |
| Nearby Galaxies |
Ms Lei Bai
Carnegie Observatories | 5.1 | The Mid-IR Properties of Nearby Galaxy Groups |
Dr Carrie Bridge
Caltech | 5.2 | The First UV Intracluster Plume in the Virgo Cluster |
Mr Cameron M Charness
Carnegie Observatories | 5.3 | Characterizing local bar properties from the optical to the mid-IR |
Dr Michelle E Cluver
SSC/Caltech | 5.4 | Powerful H2 Line-Cooling in Stephan's Quintet |
Ms Michelle Devost
CFHT | 5.5 | High ionization lines in a sample of Wolf-Rayet galaxies. |
Dr Tanio Diaz-Santos
University of Crete | 5.6 | The Extended Emission of LIRGs |
Dr Charles W Engelbracht
Steward Observatory | 5.7 | Galaxy Spectral Energy Distributions from 20 to 180 microns |
Dr Karl D Gordon
STScI | 5.8 | SAGE-SMC: Surveying the Agents of Galaxy Evolution in the Tidally-Stripped, Low Metallicity Small Magellanic Cloud |
Dr Daniel J Hanish
University of Michigan | 5.9 | Starbursts: Emitters or Absorbers? |
Ms Hanae Inami
Caltech/SSC, JAXA | 5.10 | The Buried Starburst in the Interacting Galaxy, II ZW 096 as Revealed by the Spitzer Space Telescope |
Dr Andrew R Marble
Steward Observatory | 5.11 | Aromatic Emission in the Magellanic Clouds and Other Nearby Galaxies |
Dr Joseph M Mazzarella
Caltech | 5.12 | Dual AGNs, Dust in a Superwind, Shocks, and Super Star Clusters in the LIRG Mrk 266 |
Dr Andreea O Petric
Spitzer Science Center | 5.13 | MIR Diagnostics and Warm Molecular Gas in Local Luminous Infrared Galaxies in the GOALS sample |
Dr Andreea O Petric
Spitzer Science Center | 5.14 | IR and Radio Properties of Obscured AGN |
Dr Nurur Rahman
University oF Maryland | 5.15 | Resolved Star Formation Law in NGC 4254 |
Mr Miguel Pereira-Santaella
IEM-CSIC | 5.16 | Spitzer/IRS Spectral Mapping of Local Luminous Infrared Galaxies |
Dr Benjamin A Sargent
STScI | 5.17 | The Mass Loss Return from Evolved Stars to the Large Magellanic Cloud: Oxygen-Rich Asymptotic Giant Branch Stars |
Dr Marie Treyer
Caltech | 5.18 | Mid-Infrared Properties of Normal, Local Emission-Line Galaxies |
Dr Christopher N Willmer
University of Arizona | 5.19 | Spitzer Observations of Cold Dust Galaxies |
Dr Zhong Wang
SAO | 5.20 | Tidal and Shock-induced Star Formation in the Outer Disk of NGC 3077 |
Dr Cong K Xu
NHSC, IPAC | 5.21 | Spitzer Observations of a K-Band Selected Galaxy Pairs Sample |
| AGNs/Quasars, Distant Universe |
Dr Philip N Appleton
NHSC-Caltech | 6.1 | Powerful Extragalactic H2 Emission from Shocks: From Spitzer to Herschel and Spica |
Mr Roberto J Assef
The Ohio State University | 6.2 | Low Resolution Templates for AGNs and Galaxies from 0.03 - 30 microns |
Dr Mark Brodwin
Harvard-Smithsonian Center for Astrophysics | 6.3 | The IRAC Shallow Cluster Survey |
Dr Stefano Ciprini
University of Perugia & ASI-INAF, Italy | 6.4 | Spitzer legacy at gamma-rays. The case of the new Fermi LAT blazar PKS 1502+106 |
Dr James Colbert
SSC, CalTech | 6.5 | PAH Emission from Lyman Alpha Blobs |
Dr Vandana R Desai
SSC, Caltech | 6.6 | The Dirt on Dry Mergers |
Dr Rajesh P Deo
Drexel University | 6.7 | Spitzer/IRS Study of Dust Continua in Active Galactic Nuclei |
Dr Linhua Jiang
University of Arizona | 6.8 | Spitzer Observations of z ~ 6 Quasars |
Dr Jessica Krick
Spitzer Science Center | 6.9 | Mid-IR Sources in Redshift One Galaxy Clusters |
Dr William A Mahoney
IPAC/Caltech | 6.10 | Observations of a z ~ 0.9 Cluster of Galaxies |
Prof Hideo Matsuhara
ISAS, JAXA | 6.11 | Highlights of AKARI Deep Extragalactic Surveys |
Dr Karin Menendez-Delmestre
Carnegie Observatories | 6.12 | Mid-Infrared Spectroscopy of Submillimeter Galaxies: Extended Star Formation in Massive High Redshift Galaxies |
Dr Eric J Murphy
Caltech/SSC | 6.13 | Balancing the Energy Budget between Star-Formation and AGN in High Redshift Infrared Luminous Galaxies |
Prof Kentaro Nagamine
University of Nevada Las Vegas | 6.14 | Infrared Emission from High-z Galaxies in Cosmological SPH Simulations |
Dr Patrick M Ogle
SSC--Caltech | 6.15 | Radio Jet Feedback in Molecular Hydrogen Emission Galaxies. |
Dr Pablo G Perez-Gonzalez
Universidad Complutense de Madrid (UCM) | 6.16 | Understanding the mass assembly of galaxies at 0<4: Spitzer's contribution and open questions |
Dr Dimitra Rigopoulou
University of Oxford | 6.17 | Type 2 QSOs: star formation at high redshifts? |
Dr David Rupke
Institute for Astronomy, U. Hawaii | 6.18 | QUEST: A Comprehensive Study of Local ULIRGs with Spitzer Spectra |
Dr Yong Shi
IPAC, CalTech | 6.19 | Cosmic Evolution of Star Formation in Type-1 Quasar Hosts Since z = 1 |
Dr Hyunjin Shim
SSC/Caltech | 6.20 | Star formation and dust extinction of z~4 galaxies in GOODS |
Mr Suresh Sivanandam
Steward Observatory | 6.21 | Search For Warm Molecular Hydrogen Shocks In Ram-Pressure Stripped Cluster Galaxies |
Prof Brigitte M Rocca-Volmerange
Institut d'Astrophysique de Paris | 6.22 | Evolved ULIRGs revealed as UL-ellipticals by Spitzer+ISO galaxy counts |
Ms Ronin Wu
New York University | 6.23 | S5-Spitzer SDSS Statistical Spectroscopic Survey |
Mr Kyle Willett
University of Colorado | 6.24 | Witnessing the Birth of Radio Galaxies: IRS Spectroscopy of Compact Symmetric Objects |
Dr Yanling Wu
Caltech/IPAC | 6.25 | Exploring the Aromatic Emission in 5MUSES |
Dr Varoujan Gorjian
JPL | 6.26 | Spitzer Space Telescope Infrared Spectra of Xray Bright, Optically Normal Galaxies |
| Nuts and Bolts |
Dr Timothy Y Brooke
SSC/IPAC | 7.1 | Validation Testing of the MOPEX Software Using Simulations and Spitzer Data |
Dr David G Elliott
JPL Retired | 7.2 | DPHOT photometry method |
Prof Gian Luigi E Granato
Osservatorio Astronomico di Trieste | 7.3 | Fast computation of GRASIL SED using Artificial Neural Networks |
Dr Randolf Klein
UC Berkeley | 7.4 | FIFI LS@SOFIA: An Airborne Imaging Far-Infrared Spectrometer for You to Use |
Dr David Leisawitz
NASA Goddard Space Flight Center | 7.5 | WISE: The Wide-field Infrared Survey Explorer |
Dr Harry I Teplitz
IRSA | 7.6 | The Spitzer Source List |
Ms Xiuqin Wu
Caltech/SSC/IRSA | 7.7 | Spitzer Heritage Archive |
Dr Erick T Young
SOFIA | 7.8 | SOFIA - The Stratospheric Observatory for Infrared Astronomy |
