Final List of 169 Registered Persons

EPoS 2010 Sessions
Chemistry Cores and Collapse Early Phases of Disks Herschel Magnetic Fields Massive Stars Molecular Clouds Turbulence


No. Name Affiliation Suggested Contribution Suggested Session
1 F. Heitsch Dept. of Physics & Astronomy, UNC Chapel Hill, USA Setting the Star Formation Rate & Efficiency: Revisiting the Role of Turbulence and Magnetic Fields Herschel, Magnetic Fields, Molecular Clouds, Turbulence, Other
2 C.P. Dullemond MPIA Heidelberg, Germany From early phases to late phases: do the parameters of star formation affect planet formation?
3 P. Padoan ICREA / ICC - University of Barcelona, Spain The Magnetic Field Strength in Molecular Clouds Magnetic Fields, Molecular Clouds, Turbulence
4 S.P. Quanz Institute for Astronomy, ETH Zurich, Switzerland A massive, rotating disk around an isolated, young, massive(?) star Early Phases of Disks, Massive Stars
5 A. Burkert University Observatory Munich, Germany The ultimate fate of B68 and the origin and evolution of globules in the Pipe nebula Cores and Collapse, Molecular Clouds, Turbulence
6 W. Brandner MPIA Heidelberg, Germany Massive star formation in M31 Massive Stars, Molecular Clouds
7 P. Myers Harvard-Smithsonian Center for Astrophysics, Cambridge, USA How do protostars get their masses? Cores and Collapse
8 L.P. Pagani LERMA, Observatoire de Paris, France Deuteration of prestellar cores and the role of the ortho/para H2 ratio Chemistry, Cores and Collapse
9 K. Tassis Jet Propulsion Laboratory, California Institute of Technology, USA Signatures of Support and Collapse in Pre-Stellar Cores Chemistry, Cores and Collapse, Herschel, Magnetic Fields
10 C. Dedes ETH Zuerich Radiative processes in star forming regions - HIFI first results Chemistry, Herschel, Massive Stars
11 E. Bergin University of Michigan, USA Review: Chemistry and Star Formation Chemistry
12 Y. Shirley University of Arizona, USA Short Review: Cores and Collapse: Observations of Cores & Collapse Cores and Collapse
13 P. Hennebelle ENS Paris, France Short Review: Cores and Collapse: Theories Cores and Collapse
14 R. Crutcher University of Illinois, USA Review: The Role of Magnetic Fields in Star Formation Magnetic Fields
15 H. Beuther MPIA Heidelberg, Germany Review: The formation and early evolution of high-mass stars Massive Stars
16 D.E.A. Nürnberger ESO Santiago & Paranal, Chile Weighing a High Mass Protostellar Candidate: Physics and Kinematics of the M17 Disk and its associated H_2 Jet Early Phases of Disks, Massive Stars
17 A. Nordlund NBI, Denmark Understanding the Star Formation Rate Cores and Collapse, Magnetic Fields, Molecular Clouds, Turbulence
18 A.M. Stutz MPIA Heidelberg, Germany A Spitzer study of dense cores: constraining the earliest stages of low mass star formation Cores and Collapse, Herschel
19 N. Evans University of Texas, USA Review: Molecular Clouds: Basic Properties and Stellar Production Molecular Clouds
20 A. Bik MPIA Heidelberg, Germany A spectroscopic census of the stellar content of high-mass star-forming regions Massive Stars
21 H. Linz MPIA Heidelberg, Germany Deeply embedded populations and thermal emission from IRDCs - the Herschel view Herschel
22 M. Nielbock MPIA Heidelberg, Germany Photometric Calibration and Accuracy of the Herschel/PACS Photometer Camera Herschel
23 T. Vasyunina MPIA Heidelberg, Germany Molecular inventory of the Infrared Dark Clouds Massive Stars
24 Y. Wang MPIA Heidelberg, Germany Different Evolutionary Stages of the Massive Star-Forming Region S255IR Complex Massive Stars
25 S. Basu University of Western Ontario, Canada Review: The Formation and Early Evolution of Disks Early Phases of Disks
26 J. Tackenberg MPIA Heidelberg, Germany The Early Evolution of High Mass Star Formation Massive Stars, Molecular Clouds
27 E. Vazquez-Semadeni CRyA-UNAM Morelia, Mexico Star Formation by Hierarchical Gravitational Fragmentation Cores and Collapse, Massive Stars, Molecular Clouds, Turbulence
28 P.S. Teixeira ESO Garching, Germany Spitzer's view of NGC2264's disk population Early Phases of Disks
29 T.L. Bourke Harvard-Smithsonian Center for Astrophysics, USA The Initial Conditions for Star Formation in Clusters Cores and Collapse
30 P.M. Hartigan Rice University, USA Star Formation and Globules in the Spectacular Massive Star Formation Region Cygnus OB2 Massive Stars, Molecular Clouds
31 C. Martin-Zaidi LAOG, France Gas in circumstellar disks of HAeBes Chemistry, Early Phases of Disks, Molecular Clouds
32 C.R. O'Dell Vanderbilt University, USA Short Review: Multiple Centers of Star Formation in the Orion Nebula
33 M.R. Krumholz University of California, Santa Cruz, USA Radiation Feedback and Massive Star and Star Cluster Formation Cores and Collapse, Massive Stars
34 S. Yamamoto The University of Tokyo, Japan Line Survey of Low-Mass Star Forming Regions Chemistry, Molecular Clouds
35 N. Sakai The University of Tokyo, Japan Chemical Diversity of Low-Mass Star Forming Regions; Peculiar Compositions in L1527 and IRAS15398-3359 Chemistry, Cores and Collapse
36 I. Baraffe Ecole Normale Superieure, Lyon, France, and University of Exeter, UK Very early stages of evolution of low mass stars and brown dwarfs: Effect of episodic accretion Cores and Collapse, Early Phases of Disks
37 K.I. Öberg Harvard-Smithsonian Center for Astrophysics, USA Evolving ices - understanding observations of complex organics around protostars Chemistry
38 E.D. Feigelson Pennsylvania State University, USA X-ray insights into the formation of stellar clusters Cores and Collapse, Massive Stars, Molecular Clouds
39 G. Chabrier ENS-Lyon, France Understanding the stellar initial mass function Cores and Collapse, Turbulence
40 M.W. Knight University of Kent, Canterbury, UK Molecular loading of protostellar jets
41 P. Klaassen ESO Garching, Germany Outflows from Massive Star Forming Regions Massive Stars, Turbulence
42 E.M. Winston University of Exeter, UK Properties of YSOs in the NGC 1333 and Serpens Embedded Clusters Early Phases of Disks
43 M.-M. Mac Low American Museum of Natural History, USA Review: What is the role of turbulence in molecular cloud formation and evolution? Turbulence
44 E. Vorobyov The Institute for Computational Astrophysics, Saint Mary's University, Canada Formation and survivability of giant planets in the earliest stages of star formation Early Phases of Disks
45 S. Daemgen ESO Garching, Germany Protoplanetary Disks of Binary Systems in Orion Early Phases of Disks
46 D.M. Acreman University of Exeter, UK Effects of radiative heating on circumstellar discs determined from 3D radiation hydrodynamics simulations Early Phases of Disks
47 R.I. Klein University of California, Berkeley and Lawrence Livermore National Laboratory, USA The Feedback Effects of Protostellar Outflows on High Mass and Low Mass Star Formation Massive Stars, Cores and Collapse
48 S. Pfalzner University Cologne, Germany Star formation in the light of the two cluster sequences Cores and Collapse, Early Phases of Disks, Massive Stars
49 J.A. Rodon Laboratoire d'Astrophysique de Marseille, France Fragmentation in Massive Star-Forming regions Massive Stars
50 M.R. Meyer Institute for Astronomy, ETH, Switzerland The Initial Mass Function of Star Formation: A Critical Look at Variations
51 R. van Boekel Max-Planck-Institut für Astronomie, Germany The infrared variability of T Tau S: disk-binary interaction observed? Early Phases of Disks
52 A. Hacar Observatorio Astronomico Nacional, Spain Formation of Dense Cores in the Taurus Molecular Cloud Chemistry, Cores and Collapse, Molecular Clouds
53 C. Fallscheer Max-Planck-Institut für Astronomie, Germany An evolutionary sequence of disk-like structures in massive star formation regions Massive Stars
54 A.K. Sen Assam University, India Dust properties in star forming clouds, studied through photopolarimetry Magnetic Fields, Molecular Clouds
55 W.P. Varricatt Joint Astronomy Centre Hilo, USA A near IR imaging survey of high and intermediate-mass young stellar outflow candidates Massive Stars
56 W. Schmidt Institut für Astrophysik Göttingen, Germany Forced turbulence in thermally bistable interstellar gas Molecular Clouds, Turbulence
57 Th. Preibisch Universitäts-Sternwarte München, Germany Multi-Wavelength Observations of Massive Star Feedback and Triggered Star Formation in the Carina Nebula Massive Stars
58 S. Pekruhl University Observatory Munich, Germany Formation of the DCMF
59 F. Nakamura National Astronomical Observatory of Japan A Significant Role of Magnetic Field and Protostellar Turbulence on the Formation and Evolution of Dense Cores in Clustered vs. Distributed Star Formation Cores and Collapse, Magnetic Fields, Turbulence
60 D. Seifried Institute of Theoretical Astrophysics, Germany Evolution of large scale outflows from collapsing molecular cloud cores Cores and Collapse, Early Phases of Disks, Magnetic Fields, Massive Stars
61 A. Maury ESO Garching, Germany PdBI subarcsecond observations of Class 0 protostars Cores and Collapse, Magnetic Fields
62 J.C. Mottram University of Exeter, UK The Luminosity Functions and Timescales of MYSOs and UCHII regions Massive Stars
63 Y.-H. Chu University of Illinois, USA Massive Star Formation in the Large Magellanic Cloud Massive Stars
64 C. Federrath Zentrum für Astronomie Heidelberg, Germany Star formation as function of turbulence driving Cores and Collapse, Molecular Clouds, Turbulence
65 A.A. Goodman Harvard-Smithsonian Center for Astrophysics, USA Underappreciated Players? The Role of B-Star Winds in Molecular Clouds Massive Stars, Molecular Clouds, Turbulence
66 F. Motte AIM Saclay, CEA/IRFU - CNRS/INSU, France HOBYS: the Herschel imaging survey of OB Young Stellar objects Cores and Collapse, Herschel, Massive Stars, Molecular Clouds
67 P. Girichidis Institut für theoretische Astrophysik, Germany Influence of the Initial Conditions on Massive Star Formation Cores and Collapse, Massive Stars, Turbulence
68 T.A. van Kempen Harvard-Smithsonian, USA The far-IR spectrum of low-mass protostars: Analysis of First results of the DIGIT and WISH Herschel Key programs Herschel; Chemistry, Cores and Collapse, Early Phases of Disks
69 Th. Henning MPIA Heidelberg, Germany The Earliest Stages of Massive Stars Massive Stars
70 A.O. Benz Institute of Astronomy, ETH Zurich, Switzerland Results of Herschel Hydride Observations Herschel, Cores and Collapse
71 A. Sicilia-Aguilar Max-Planck-Institut für Astronomie, Germany Star formation and disk evolution in the Coronet cluster Early Phases of Disks, Molecular Clouds, Herschel
72 B. Commercon Max-Planck-Institut für Astronomie, Germany Protostellar collapse: magnetic and radiative feedbacks on small scales collapse and fragmentation Cores and Collapse
73 K.M. Kratter University of Toronto, Canada Disks and the formation of stellar systems Early Phases of Disks, Massive Stars
74 L. Looney University of Illinois, USA A survey of Massive Star Formation in the LMC Massive Stars
75 W.D. Langer Jet Propulsion Laboratory, USA The State of the Diffuse ISM studied by Herschel HIFI C+ Survey: Relevance to the Earliest Phase of Star formation Herschel
76 D. Wiebe Institute of Astronomy of the RAS, Moscow, Russia Consistent Densities and Temperatures in Cores of Infrared Dark Clouds Cores and Collapse, Molecular Clouds
77 L. Testi ESO Garching/INAF-Arcetri, Germany/Italy The early phases of star cluster formation Massive Stars, Molecular Clouds
78 Th. Peters Institut für Theoretische Astrophysik Heidelberg, Germany Ionization Feedback in Massive Star Formation Massive Stars
79 C.W. Ormel Max-Planck-Institut für Astronomie, Germany Coagulation and fragmentation in molecular clouds Cores and Collapse, Molecular Clouds, Turbulence
80 C.G. Roman-Zuniga Centro Astronomico Hispano Aleman, Spain Primordial Evolution of Dense Cores: Learning from Observations and Simulations Cores and Collapse
81 C.M. Walmsley INAF, Osservatorio di Arcetri, Italy CN, HCN, and HNC at high densities in prestellar cores Chemistry, Cores and Collapse, Magnetic Fields
82 R.J. Smith Institut für Theoretische Astrophysik, Germany The Missing Link - Connecting Massive Stars to their Progenitor Cores Massive Stars; Cores and Collapse, Molecular Clouds
83 S.S.R. Offner Harvard-Smithsonian Center for Astrophysics, USA The Protostellar Mass Function: Implications for Star Formation Models and the Luminosity Problem Cores and Collapse
84 S.T. Megeath University of Toledo, USA The Herschel Orion Protostar Survey (HOPS) Herschel
85 C.A. Poteet University of Toledo, USA The Spitzer IRS Protostar Survey of the Orion Molecular Cloud Complex Chemistry, Cores and Collapse, Early Phases of Disks
86 S. Molinari INAF-IFSI, Rome, Italy From Clouds to Young Stellar Objects and back again: the all-in-one view from the Herschel infrared Galactic Plane Survey Herschel
87 M.A. Reid University of Toronto, Canada Massive Star Formation in NGC 7538 as Seen by Herschel Herschel
88 H.G. Arce Yale University, USA Complex Molecules in Molecular Outflows Chemistry, Herschel
89 J.J. Tobin University of Michigan, USA Morphological Complexity of Protostellar Envelopes Cores and Collapse
90 D. Li Jet Propulsion Laboratory, USA Massive Quiescent Cores in Orion Cores and Collapse, Herschel
91 K.A. Douglas University of Exeter, UK The Early Phase of Molecular Cloud Formation Molecular Clouds
92 N.S. Dzyurkevich Max-Planck-Institut für Astronomie, Germany Launching MHD turbulence in the early phases of circumstellar disk Early Phases of Disks, Magnetic Fields, Turbulence
93 S.-P. Lai National Tsing Hua University, Taiwan Toroidal Magnetic Field Revealed in the Pseudodisk of NGC1333 IRAS 4A Magnetic Fields
94 C.W. Lee Korea Astronomy and Space Science Institute, Republic of Korea Internal Motions in Starless Dense Cores Cores and Collapse
95 C. Brinch Leiden Observatory, The Netherlands Radiation transfer modeling in the ALMA era Cores and Collapse, Early Phases of Disks
96 M. Padovani Institut de Ciencies de l'Espai, Spain CCH in prestellar cores Chemistry, Cores and Collapse, Magnetic Fields
97 A.R. Pon University of Victoria, Canada Molecular Tracers of Turbulent Shocks in Giant Molecular Clouds Molecular Clouds, Turbulence
98 C.J. Cyganowski University of Wisconsin-Madison, USA A New Sample of Massive Young Stellar Object Outflow Candidates: Extended Green Objects (EGOs) from the GLIMPSE Survey Massive Stars, Molecular Clouds
99 D. Johnstone NRC Canada/Herzberg Institute for Astrophysics, Canada The Problem of Dense Gas Tracers in Perseus: Relating the N2H+, NH3, and Dust Continuum Properties of Pre- and Proto-Stellar Cores Chemistry, Cores and Collapse
100 H.-b. Li Max-Planck-Institut für Astronomie, Germany Anchoring Magnetic Field in Turbulent Molecular Clouds Magnetic Fields, Molecular Clouds, Turbulence
101 A. Stolte Universität zu Köln, Germany Disc survival in a starburst environment - L-band excess sources in the Arches cluster Early Phases of Disks, Massive Stars
102 J. Hatchell University of Exeter, UK First results from SCUBA-2 Cores and Collapse, Early Phases of Disks, Herschel, Molecular Clouds
103 I. Zinchenko Institute of Applied Physics, RAS, Russia Multi-scale study of sequential triggered high mass star formation in S76 Cores and Collapse, Massive Stars,Molecular Clouds
104 R. Kuiper Max-Planck-Institut für Astronomie, Germany Overcoming the radiation pressure barrier in the formation of massive stars via disk accretion Cores and Collapse, Massive Stars
105 M. Osorio IAA-CSIC Granada, Spain The dust disc with solar system size and spiral structure around of Herbig Ae Star HD169142 Early Phases of Disks
106 R. Launhardt Max-Planck-Institut für Astronomie, Germany Isolated low-mass star formation - complex and non-coeval Cores and Collapse
107 T.H. Troland University of Kentucky, USA Prelude to Star Formation - The Mass-to-Flux Ratio in Galactic GMCs Magnetic Fields, Molecular Clouds
108 H. Kirk Harvard - Smithsonian Center for Astrophysics, USA Mass Segregation in Young Stellar Groups Herschel, Massive Stars, Molecular Clouds
109 Z. Nagy Kapteyn Astronomical Institute & SRON Netherlands Institute for Space Research The chemical structure of W49A - results from the JCMT Spectral Legacy Survey Chemistry, Massive Stars
110 K. Tomida National Astronomical Observatory of Japan Nested-Grid RMHD Simulation of Proto-stellar Collapse Cores and Collapse
111 R. Rolffs Max-Planck-Institut für Radioastronomie, Germany Structure of Hot Molecular Cores Massive Stars
112 A. Lopez-Sepulcre INAF - Osservatorio Astrofisico di Arcetri, Italy A minimum column density for OB star formation: An observational test Cores and Collapse, Massive Stars, Molecular Clouds
113 M. Schmalzl Max-Planck-Institut für Astronomie, Germany High Resolution mm-observations of the Double Core in the Isolated Dark Globule CB17 Cores and Collapse
114 M. Reiter Steward Observatory, University of Arizona, USA Probing the Chemical and Kinematical Structure of High-mass Star-forming Cores Cores and Collapse, Massive Stars
115 G. Dopcke ZAH - ITA - Universität Heidelberg, Germany The effect of dust cooling in the fragmentation of star-forming clouds for the transition from Pop. III to Pop. II Massive Stars
116 A.J. Maxwell University of Victoria, NRCC-HIA, Canada Detecting Class I Protostars between 1 - 10 microns: Kicking at the Darkness Cores and Collapse
117 T. Hosokawa Jet Propulsion Laboratory, CalTech, USA Protostellar Evolution and Massive Star Formation Massive Stars
118 L.E. Kristensen Leiden Observatory, The Netherlands Water in low-mass star-forming regions - first Herschel results Chemistry, Herschel
119 J.K. Jorgensen Centre for Star and Planet Formation, Denmark High angular resolution observations of water toward low-mass protostars Chemistry, Early Phases of Disks
120 B. Hussmann Universität zu Köln, Germany The present day mass function of the Quintuplet cluster - star formation in the extreme environment of the Galactic centre Massive Stars
121 R. Banerjee University of Heidelberg, Germany Star formation efficiency and lifetime of molecular clouds Massive Stars, Molecular Clouds, Turbulence
122 A. Scholz Dublin Institute for Advanced Studies, Ireland Synoptic studies of protostars: A case for turbulent fragmentation Early Phases of Disks
123 M. Flock MPIA Heidelberg, Germany The role of non-ideal MHD turbulence in the early phases of circumstellar disk evolution: Dynamic determination of the ionization fraction Early Phases of Disks, Turbulence, Chemistry
124 M. Habibi Köln University, Germany The extinction map of the Arches starburst cluster in the Galactic center Massive Stars
125 E. Chapillon MPIfR Bonn, Germany High-angular resolution search for deuterated molecules in the protostar IRAS16293-2422 Chemistry, Cores and Collapse
126 S. Glover ITA/ZAH Heidelberg, Germany The link between molecular gas and star formation Chemistry, Molecular Clouds
127 M. Tafalla Observatorio Astronomico Nacional, Spain Shells, jets, and internal working surfaces in the molecular outflow from IRAS 04166+2706 Chemistry, Cores and Collapse
128 N. Wright Harvard-Smithsonian Center for Astrophysics, USA Understanding Spiral-arm Star Formation in Cygnus Massive Stars, Molecular Clouds
129 T. Ch. Mouschovias University of Illinois at Urbana-Champaign, USA The Core Mass Function in Molecular Clouds and Comparison with Observations Cores and Collapse, Herschel, Magnetic Fields
130 W.B. Dapp The University of Western Ontario, Canada A resolution of the magnetic braking catastrophe during the second collapse Magnetic Fields, Cores and Collapse, Early Phases of Disks
131 L.E. Allen National Optical Astronomy Observatories, USA Rapid disk evolution and planet formation around intermediate mass stars Early Phases of Disks, Massive Stars
132 R. Raddi University of Hertfordshire, UK Tracing the structure of the Perseus Arm with IPHAS Molecular Clouds
133 P. Andre CEA/SAp Saclay, France Initial highlights from the Herschel Gould Belt survey Cores and Collapse, Herschel, Molecular Clouds
134 B. Parise Max-Planck-Institut für Radioastronomie, Germany Progress on the search for D2H+ in star forming regions Chemistry, Cores and Collapse
135 G.A. Fuller Jodrell Bank Centre for Astrophysics, UK The Properties of A New Catalogue of Spitzer Infrared Dark Clouds Cores and Collapse, Massive Stars, Molecular Clouds
136 M. Hennemann Service d'Astrophysique, CEA Saclay, France Properties of massive cores in the Rosette Molecular Cloud and in Isolation as observed by HERSCHEL and the PdBI Herschel, Massive Stars, Molecular Clouds
137 M.W. Kunz University of Oxford, Oxford, UK The Initial Core Mass Function Due to Ambipolar Diffusion in Molecular Clouds Cores and Collapse, Magnetic Fields
138 P. Schilke Universität zu Köln, Germany From Cloud to Star Formation: the case of W43 Molecular Clouds
139 R.E. Pudritz Origins Institute, McMaster University, Canada The Early History of Disks, Outflows, and Binary Stars Cores and Collapse, Early Phases of Disks, Magnetic Fields
140 R. Choudhury Indian Institute of Astrophysics, India Characteristics of Young Stellar Objects in SFO 38 Early Phases of Disks
141 J. Steinacker LERMA, Obs d Paris, France & MPIA, Germany "Coreshine" - the New Window to Explore Dust Growth in Cores Cores and Collapse, Massive Stars, Molecular Clouds
142 E. Keto Harvard-Smithsonian Center for Astrophysics, USA What the starless cores tell us about the physics of the ISM Chemistry, Cores and Collapse
143 M. Yamada Academia Sinica, Institute of Astronomy and Astrophysics, USA Emission Signatures of a Young Embedded Protostellar Object Cores and Collapse, Magnetic Fields
144 M. De Luca LERMA-LRA, ENS, Observatoire de Paris, UPMC, UCP, CNRS, France Abundances in hot cores: Comparing models to HIFI and IRAM spectra Chemistry, Cores and Collapse, Herschel
145 S. Ragan Max-Planck-Institut für Astronomie, Germany High-Resolution Mapping the Kinematic and Temperature Structure in IRDCs Cores and Collapse, Herschel, Turbulence
146 G.J. Herczeg Max-Planck-Institut für extraterrestriche Physik, Germany CO Fundamental Emission from Disks Around Embedded Objects Early Phases of Disks
147 N. Peretto Service d'Astrophysique CEA Saclay, Saclay, France Mapping dust properties across IRDCs with Herschel Herschel
148 R.K. Friesen National Radio Astronomy Observatory, USA The Distribution of Dense Gas and Deuterium Fractionation in Ophiuchus B Chemistry, Cores and Collapse
149 M. Hiramatsu Academia Sinica Institute of Astronomy and Astrophysics, Taiwan Molecular outflow/jets and circumstellar component around a young protostar L1448C Cores and Collapse, Early Phases of Disks
150 J. Kainulainen Max-Planck-Institut für Astronomie, Germany Probing the evolution of molecular cloud structure using dust column density data Molecular Clouds, Turbulence
151 R.D. Oudmaijer University of Leeds, UK Hot, dense disks around Massive Young Stellar Objects: CO emission at 2.3 micron: a survey, models and spectro-astrometry Early Phases of Disks, Massive Stars
152 P.A. Boley Max-Planck-Institut für Astronomie, Germany Probing the inner regions of disks around high-mass stars with interferometry in the mid-infrared Early Phases of Disks, Massive Stars
153 S.B. Charnley NASA Goddard Space Flight Center, USA Isotopic Fractionation in Primitive Material: Quantifying the Contribution of Interstellar Chemistry Chemistry, Cores and Collapse, Molecular Clouds
154 J. Pitann Max-Planck-Institut für Astronomie, Germany Infrared Spectroscopy of massive protostellar objects and their environment Massive Stars
155 A.G. Kritsuk University of California, San Diego, USA MHD Simulations of Turbulence in Star-forming Interstellar Clouds Magnetic Fields, Molecular Clouds, Turbulence
156 P.C. Clark ITA, ZAH, Universität Heidelberg, Germany The formation of prestellar cores -
157 A. Bacmann Laboratoire d'Astrophysique de Grenoble, France Kinematics of pre-stellar cores: fast infall Cores and Collapse
158 S. Dib CEA/Saclay, France The angular momentum of dense cores: what do we really measure? Cores and Collapse, Molecular Clouds, Turbulence, Magnetic Fields
159 T. Pillai Caltech Pasadena, USA The Riddle of H2D+ in Massive Star Forming Regions Chemistry, Massive Stars, Molecular Clouds, Turbulence
160 S.M.H. Vicente ESA/ESTEC, Netherlands VLT/NACO detection of a proplyd candidate in Trumpler 14 Early Phases of Disks
161 J. Kauffmann Jet Propulsion Laboratory, USA Mass-Size Studies of Regions of low-mass and high-mass Star Formation Cores and Collapse, Massive Stars, Molecular Clouds
162 S.M. Birkmann ESA/ESTEC, Netherlands The core mass function in massive star forming regions as observed with Herschel Cores and Collapse, Herschel
163 J. Alves University of Vienna, Austria It's not that massive stars are found in clusters, it's clusters that are found around massive stars Massive Stars, Molecular Clouds
164 J. Bally University of Colorado, Boulder, USA Conference Summary -
165 A. Juhasz Leiden Observatory, The Netherlands On the 2008 outburst of EX Lup - Mechanism of the outburst and turbulent mixing of solids Early Phases of Disks
166 J.E. Pineda Harvard-Smithsonian Center for Astrophysics, USA Direct Observation of a Sharp Transition to Coherence in Dense Cores Chemistry, Cores and Collapse, Molecular Clouds, Turbulence
167 T.P. Robitaille Harvard-Smithsonian Center for Astrophysics, USA SED Modeling of Young Stellar Objects in the era of Herschel Early Phases of Disks, Herschel
168 K.G. Johnston Harvard-Smithsonian Center for Astrophysics, USA Under the Influence: Multi-wavelength Modelling of Three Embedded and Ionizing Massive Stars Early Phases of Disks, Massive Stars
169 B. Rochau Max-Planck-Institut für Astronomie, Germany NGC 3603 Young Cluster: A Galactic Starburst and its internal dynamics Massive Stars