Contents. List of Participants
|
|
- Edith Harrington
- 5 years ago
- Views:
Transcription
1 Table of Introduction List of Participants page xi xiii 1 Galaxy clusters as probes of cosmology and astrophysics August E. Evrard Introduction Clusters as Dark Matter Potential Wells Connecting Mass to Observables: Virial Scaling Relations The Dark Matter Virial Relation Interpreting n(t ): An Example of Cosmological-Astrophysical Confusion Discussion 20 References 21 2 Clusters of galaxies in the Sloan Digital Sky Survey Robert C. Nichol Introduction SDSS Cluster Catalogs The C4 Algorithm Luminous Red Galaxies Galaxy Properties as a Function of Environment Strangulation of Star Formation 37 References 40 3 Clustering studies with the 2dF Galaxy Redshift Survey Warrick J. Couch, Matthew M. Colless, and Roberto De Propris Introduction Galaxy Clustering: Key Results Cluster Luminosity Functions Star Formation Versus Environment 50 References 57 4 X-ray surveys of low-redshift clusters Alastair C. Edge Introduction 58
2 Table of vi 4.2 An Historical Perspective X-ray Imaging Begins with Einstein The X-ray Dark Ages The Middle Age of X-ray Astronomy? Can Edge s Law Hold? Conclusions A Coda 69 References 69 5 X-ray clusters at high redshift Piero Rosati Introduction Evolution of the Cluster Abundance Cosmology with X-ray Clusters Distant X-ray Clusters: the Latest View from Chandra Galaxy Populations in the Most Distant Clusters Conclusions and Future Challenges 84 References 86 6 The red sequence technique and high-redshift galaxy clusters Michael D. Gladders Cluster Surveys The CRS Method in Detail The Red Sequence and Cluster Confirmation The Red Sequence Cluster Survey Summary and Future Directions 103 References Probing dark matter in clusters Ian Smail Introduction Lensing Methods Comparing X-ray and Lensing Masses Cluster Mass Profiles Relating Galaxy Properties to their Dark Matter Environment Summary 120 References Clusters of galaxies: an X-ray perspective Richard F. Mushotzky Introduction Temperature Structure of Clusters Luminosity-Temperature Relation for Clusters Optical Light, Velocity Dispersion, and X-ray Properties Surface Brightness Profiles Mass of Baryons and Metals and How They Are Partitioned 132
3 Table of vii 8.7 Mass Scaling Laws Form of the Potential Merges, Structures, etc Abundances Conclusion 139 References Cool gas in clusters of galaxies Megan Donahue and G. Mark Voit A Census of Cool Gas The Cooling Flow Hypothesis The Trouble with Cooling Flows The Galaxy-Cluster Connection The Revival of Conduction Paths to a Resolution 156 References Using the Sunyaev-Zel dovich effect to probe the gas in clusters Mark Birkinshaw Introduction The Physics of the Sunyaev-Zel dovich Effect Uses of the Sunyaev-Zel dovich Effect in Cluster Studies Instruments and Techniques Summary 175 References The formation of early-type galaxies: observations to z 1 Tommaso Treu Introduction Evolution of the Number Density Star Formation History The Mass Density Profile of Distant E+S0 Galaxies 188 References Evolution of early-type galaxies in clusters Marijn Franx A Working Definition Homogeneity at Low Redshift Evolution to z = Complex Models of Galaxy Evolution Comparison of Field and Cluster Early-type Galaxies Redshifts Conclusion 204 References 204
4 Table of viii 13 Star-forming galaxies in clusters Alan Dressler Introduction Connecting Star Formation History and Morphology in Cluster Galaxies Today: The Cold Ashes of Today s Clusters Gyr Ago: Flameouts of Dying Galaxies One Billion Years ABB: A Cluster is Born 222 References The stellar content of galaxy clusters Roger L. Davies Introduction The Stars between Galaxies Stars in Galaxies The Decoupled Core in NGC Summary 241 References Modeling stellar populations in cluster galaxies Bianca M. Poggianti Introduction k+a Spectra Emission-line Spectra and Dust Passive Galaxies and Evolutionary Links Summary 256 References The chemistry of galaxy clusters Alvio Renzini Introduction The Heavy Elements in Clusters: ICM and Galaxies Metal Production: The Parent Stellar Population Metal Production: Type Ia vs. Type II Supernovae Metals from Galaxies to the ICM: Ejection vs. Extraction Metals as Tracers of ICM Preheating Clusters vs. Field at z = 0 and the Overall Metallicity of the Universe The Major Epoch of Metal Production The Early Chemical Evolution of the Milky Way Summary 273 References Interactions and mergers of cluster galaxies J. Christopher Mihos Interactions of Cluster Galaxies Lessons from the Field Applied to Clusters 282
5 Table of ix 17.4 Galaxy Evolution: Mergers, Elliptical, and S0 Galaxies Tidal Stripping and Intracluster Light 288 References Evolutionary processes in clusters Ben Moore Introduction The Paradigms for Disk and Spheroid Formation Mechanisms for Transformation A New Paradigm for the Formation of S0/dS0/dE/dSph/UCD Galaxies Conclusions 303 References Interaction of galaxies with the intracluster medium Jacqueline H. van Gorkom Introduction The Statistics of H I Deficiency Simulations Comparison of Simulations with H I Imaging Surveys and the Importance of Interactions with the ICM Concluding Remarks 320 References The difference between clusters and groups: a journey from cluster cores to their outskirts and beyond Richard G. Bower and Michael L. Balogh Introduction Clusters of Galaxies The Other Axis: Density What Does It All Mean? 334 References Galaxy groups at intermediate redshift and the mechanisms of galaxy evolution Ray G. Carlberg Introduction Properties of the CNOC2 Groups Group Galaxy Evolution Radial Color Gradients of Groups Merging and the Inward Flow of Group Galaxies Consequences of Galaxy Evolution in Groups Conclusions 351 References The intragroup medium John S. Mulchaey 353
6 Table of x 22.1 Introduction ROSAT Studies Spatial Properties of the Intragroup Medium Spectral Properties of the Intragroup Medium Mass and Baryon Fraction Estimates Evidence for Additional Physics The Intragroup Medium in The Local Group Concluding Remarks 367 References Symposium summary Jeremiah P. Ostriker Introduction Important Results Addressed by Speakers EROs Observations, Phenomenology, and Data Interpretation Methodology and Technology Important Results Based on Clusters Not Addressed Discussion 376 References 376 Credits 378
Clusters of Galaxies Probes of Cosmological Structure and Galaxy Evolution
Clusters of Galaxies Probes of Cosmological Structure and Galaxy Evolution Clusters of galaxies are the largest and most massive collapsed systems in the universe, and as such they are valuable probes
More informationASTRON 449: Stellar (Galactic) Dynamics. Fall 2014
ASTRON 449: Stellar (Galactic) Dynamics Fall 2014 In this course, we will cover the basic phenomenology of galaxies (including dark matter halos, stars clusters, nuclear black holes) theoretical tools
More informationNew Results on the AGN Content of Galaxy Clusters
Carnegie Observatories Astrophysics Series, Vol. 3: Clusters of Galaxies: Probes of Cosmological Structure and Galaxy Evolution ed. J. S. Mulchaey, A. Dressler, and A. Oemler (Pasadena; Carnegie Observatories:
More informationLarge-Scale Structure
Large-Scale Structure Evidence for Dark Matter Dark Halos in Ellipticals Hot Gas in Ellipticals Clusters Hot Gas in Clusters Cluster Galaxy Velocities and Masses Large-Scale Distribution of Galaxies 1
More informationClusters of Galaxies Ch 7 S&G! Coma Cluster-the nearest massive cluster! The apparent nature of clusters depends on the wavelength one looks at!
Clusters of Galaxies Ch 7 S&G Clusters of galaxies are the largest gravitationally bound systems in the Universe. At optical wavelengths they appear as over-densities of galaxies with respect to the field
More informationLecture 12 : Clusters of galaxies
Lecture 12 : Clusters of galaxies All sky surveys in the later half of 20th century changed the earlier view that clusters of galaxies are rare and that only a small fraction of galaxies are grouped together
More informationLecture Outlines. Chapter 25. Astronomy Today 7th Edition Chaisson/McMillan Pearson Education, Inc.
Lecture Outlines Chapter 25 Astronomy Today 7th Edition Chaisson/McMillan Chapter 25 Galaxies and Dark Matter Units of Chapter 25 25.1 Dark Matter in the Universe 25.2 Galaxy Collisions 25.3 Galaxy Formation
More informationUpcoming class schedule
Upcoming class schedule Thursday March 15 2pm AGN evolution (Amy Barger) th Monday March 19 Project Presentation (Brad) nd Thursday March 22 postponed to make up after spring break.. Spring break March
More informationLuke Leisman Calvin College. Photo Credit: SLOAN Digital Sky Survey. Great Lakes Cosmology Workshop June 15, 2010
Luke Leisman Calvin College Photo Credit: SLOAN Digital Sky Survey Great Lakes Cosmology Workshop June 15, 2010 Acknowledgements Funding: Sid Jansma Calvin Summer Research Fellowship Co-workers: Deborah
More informationarxiv:astro-ph/ v1 24 Apr 2004
Outskirts of Galaxy Clusters: intense life in the suburbs Proceedings IAU Colloquium No. 195, 2004 A. Diaferio, ed. c 2004 International Astronomical Union DOI: 00.0000/X000000000000000X Newcomers Meet
More informationRole of the Environment in the Evolution of Galaxies Richard Ellis
Role of the Environment in the Evolution of Galaxies Richard Ellis http://www.astro.caltech.edu/~rse/ay211_env.ppt Hubble s Tuning Fork (1922-1926, 1936)..describes a true order among the galaxies, not
More informationThe Evolution of Galaxy Morphologies in Clusters
The Evolution of Galaxy Morphologies in Clusters New Views of the Universe KICP, U. Chicago, December 2005 Marc Postman & collaborators: Frank Bartko Txitxo Benitez John Blakeslee Nick Cross Ricardo Demarco
More informationGalaxy clusters. Dept. of Physics of Complex Systems April 6, 2018
Galaxy clusters László Dobos Dept. of Physics of Complex Systems dobos@complex.elte.hu É 5.60 April 6, 2018 Satellite galaxies Large galaxies are surrounded by orbiting dwarfs approx. 14-16 satellites
More informationGalaxy Formation and Evolution
Galaxy Formation and Evolution Houjun Mo Department of Astronomy, University of Massachusetts 710 North Pleasant Str., Amherst, MA 01003-9305, USA Frank van den Bosch Department of Physics & Astronomy,
More informationarxiv:astro-ph/ v1 1 Nov 2006
Modeling Chandra X-ray observations of Galaxy Clusters using Cosmological Simulations arxiv:astro-ph/0611013v1 1 Nov 2006 Daisuke Nagai 1, Andrey V. Kravtsov 2, and Alexey Vikhlinin 3,4 1 Theoretical Astrophysics,
More informationThe Millennium Simulation: cosmic evolution in a supercomputer. Simon White Max Planck Institute for Astrophysics
The Millennium Simulation: cosmic evolution in a supercomputer Simon White Max Planck Institute for Astrophysics The COBE satellite (1989-1993) Two instruments made maps of the whole sky in microwaves
More informationAstronomy 422. Lecture 15: Expansion and Large Scale Structure of the Universe
Astronomy 422 Lecture 15: Expansion and Large Scale Structure of the Universe Key concepts: Hubble Flow Clusters and Large scale structure Gravitational Lensing Sunyaev-Zeldovich Effect Expansion and age
More informationThe separate formation of different galaxy components
The separate formation of different galaxy components Alfonso Aragón-Salamanca School of Physics and Astronomy University of Nottingham Overview: Galaxy properties and morphologies Main galaxy components:
More informationThe Merger History of Massive Galaxies: Observations and Theory
The Merger History of Massive Galaxies: Observations and Theory Christopher J. Conselice (University of Nottingham) Kuala Lumpur 2009 How/when do galaxies form/evolve? Some questions a. Do galaxies evolve
More informationDark Matter on Small Scales: Merging and Cosmogony. David W. Hogg New York University CCPP
Dark Matter on Small Scales: Merging and Cosmogony David W. Hogg New York University CCPP summary galaxy merger rates suggest growth of ~1 percent per Gyr galaxy evolution is over can we rule out CDM now
More informationComa Cluster Matthew Colless. Encyclopedia of Astronomy & Astrophysics P. Murdin
eaa.iop.org DOI: 10.1888/0333750888/2600 Coma Cluster Matthew Colless From Encyclopedia of Astronomy & Astrophysics P. Murdin IOP Publishing Ltd 2006 ISBN: 0333750888 Institute of Physics Publishing Bristol
More informationGalaxy groups: X-ray scaling relations, cool cores and radio AGN
Galaxy groups: X-ray scaling relations, cool cores and radio AGN Ming Sun (UVA) (M. Voit, W. Forman, P. Nulsen, M. Donahue, C. Jones, A. Vikhlinin, C. Sarazin ) Outline: 1) Scaling relations and baryon
More informationGalaxies. The majority of known galaxies fall into one of three major classes: spirals (78 %), ellipticals (18 %) and irregulars (4 %).
Galaxies Collection of stars, gas and dust bound together by their common gravitational pull. Galaxies range from 10,000 to 200,000 light-years in size. 1781 Charles Messier 1923 Edwin Hubble The distribution
More informationClusters of Galaxies " High Energy Objects - most of the baryons are in a hot (kt~ k) gas." The x-ray luminosity is ergs/sec"
Clusters of Galaxies! Ch 4 Longair Clusters of galaxies are the largest gravitationally bound systems in the Universe. At optical wavelengths they appear as over-densities of galaxies with respect to the
More informationGalaxy Evolution. Part 5. Jochen Liske Hamburger Sternwarte
Galaxy Evolution Part 5 Jochen Liske Hamburger Sternwarte jochen.liske@uni-hamburg.de 1. Introduction 2. Overview of galaxies and physical processes 2.1 What is a galaxy? 2.1.1 Constituents 2.1.2 Structure
More informationGalaxy Ecology. an Environmental Impact Assessment. Frank van den Bosch (MPIA)
Galaxy an Environmental Impact Assessment Frank van den Bosch (MPIA) in collaboration with Xiaohu Yang (SHAO), Houjun Mo (UMass), Simone Weinmann (Zürich) Anna Pasquali (MPIA), Daniel Aquino (MPIA) Aspen,
More informationActive Galaxies and Galactic Structure Lecture 22 April 18th
Active Galaxies and Galactic Structure Lecture 22 April 18th FINAL Wednesday 5/9/2018 6-8 pm 100 questions, with ~20-30% based on material covered since test 3. Do not miss the final! Extra Credit: Thursday
More informationWhere are oxygen synthesized in stars?
The oxygen abundance from X-rays : methods and prospects K. Matsushita Where are oxygen synthesized in stars? Hot intracluster medium (ICM) Warm-hot intergalactic medium? Hot interstellar medium in early-type
More informationIoP. An Introduction to the Science of Cosmology. Derek Raine. Ted Thomas. Series in Astronomy and Astrophysics
Series in Astronomy and Astrophysics An Introduction to the Science of Cosmology Derek Raine Department of Physics and Astronomy University of Leicester, UK Ted Thomas Department of Physics and Astronomy
More informationSource plane reconstruction of the giant gravitational arc in Abell 2667: a condidate Wolf-Rayet galaxy at z 1
Source plane reconstruction of the giant gravitational arc in Abell 2667: a condidate Wolf-Rayet galaxy at z 1 Speaker: Shuo Cao Department of Astronomy Beijing Normal University Collaborators: Giovanni
More informationThe Distribution of Stellar Mass in Galaxy Clusters since z=1
The Distribution of Stellar Mass in Galaxy Clusters since z=1 Remco van der Burg CEA Saclay, France Adam Muzzin, Henk Hoekstra, Monique Arnaud, Hervé Aussel, Gabriel Pratt, JeanBaptiste Melin, Sean McGee,
More informationX-ray Clusters at High Redshift
Carnegie Observatories Astrophysics Series, Vol. 3: Clusters of Galaxies: Probes of Cosmological Structure and Galaxy Evolution, 2004 ed. J. S. Mulchaey, A. Dressler, and A. Oemler (Cambridge: Cambridge
More informationStar Formation in Brightest Cluster Galaxies in Cool Cores:
Star Formation in Brightest Cluster Galaxies in Cool Cores: Christopher O Dea Rochester Institute of Technology SPITZER: Chris O Dea, Stefi Baum, George Privon, Jake Noel-Storr (RIT) Alice Quillen, Nick
More informationMoment of beginning of space-time about 13.7 billion years ago. The time at which all the material and energy in the expanding Universe was coincident
Big Bang Moment of beginning of space-time about 13.7 billion years ago The time at which all the material and energy in the expanding Universe was coincident Only moment in the history of the Universe
More informationHW#6 is due; please pass it in. HW#7 is posted; it requires you to write out answers clearly and completely explaining your logic.
Oct 21, 2015 Basic properties of groups and clusters of galaxies Number density, structure X-ray emission from hot ICM Estimating cluster masses Cluster scaling relations Impact of environment on galaxies
More informationGalaxy Group Masses: Lensing, Dynamics & Xrays
Galaxy Group Masses: Lensing, Dynamics & Xrays Laura Parker Michael Balogh Richard Bower Ray Carlberg Jennifer Connelly Alexis Finoguenov Robbie Henderson Annie Hou Mike Hudson Sean McGee John Mulchaey
More informationMorphological Composition of z~0.4 Groups: The site of S0 Formation?
Morphological Composition of z~0.4 Groups: The site of S0 Formation? Dave Wilman Wilman, Oemler, Mulchaey, McGee, Balogh & Bower 2009, ApJ, 692, 298 * *Also described as a Research Highlight in Nature,
More informationPart two of a year-long introduction to astrophysics:
ASTR 3830 Astrophysics 2 - Galactic and Extragalactic Phil Armitage office: JILA tower A909 email: pja@jilau1.colorado.edu Spitzer Space telescope image of M81 Part two of a year-long introduction to astrophysics:
More informationClusters of Galaxies Groups: Clusters poor rich Superclusters:
Clusters of Galaxies Galaxies are not randomly strewn throughout space. Instead the majority belong to groups and clusters of galaxies. In these structures, galaxies are bound gravitationally and orbit
More informationPrecision Cosmology with X-ray and SZE Galaxy Cluster Surveys?
Precision Cosmology with X-ray and SZE Galaxy Cluster Surveys? Joe Mohr University of Illinois Outline SZE and X-ray Observations of Clusters Cluster survey yields and cosmology Precision cosmology and
More informationGalaxies. Galaxy Diversity. Galaxies, AGN and Quasars. Physics 113 Goderya
Galaxies, AGN and Quasars Physics 113 Goderya Chapter(s): 16 and 17 Learning Outcomes: Galaxies Star systems like our Milky Way Contain a few thousand to tens of billions of stars. Large variety of shapes
More informationLecture 15: Galaxy morphology and environment
GALAXIES 626 Lecture 15: Galaxy morphology and environment Why classify galaxies? The Hubble system gives us our basic description of galaxies. The sequence of galaxy types may reflect an underlying physical
More informationLARGE QUASAR GROUPS. Kevin Rahill Astrophysics
LARGE QUASAR GROUPS Kevin Rahill Astrophysics QUASARS Quasi-stellar Radio Sources Subset of Active Galactic Nuclei AGNs are compact and extremely luminous regions at the center of galaxies Identified as
More informationStar systems like our Milky Way. Galaxies
Galaxies Star systems like our Milky Way Galaxies Contain a few thousand to tens of billions of stars,as well as varying amounts of gas and dust Large variety of shapes and sizes Gas and Dust in
More informationHubble s Law. Tully-Fisher relation. The redshift. λ λ0. Are there other ways to estimate distances? Yes.
Distances to galaxies Cepheids used by Hubble, 1924 to show that spiral nebulae like M31 were further from the Sun than any part of the Milky Way, therefore galaxies in their own right. Review of Cepheids
More informationUniversity of Naples Federico II, Academic Year Istituzioni di Astrofisica, read by prof. Massimo Capaccioli. Lecture 16
University of Naples Federico II, Academic Year 2011-2012 Istituzioni di Astrofisica, read by prof. Massimo Capaccioli Lecture 16 Stellar populations Walter Baade (1893-1960) Learning outcomes The student
More informationGalaxy formation and evolution I. (Some) observational facts
Galaxy formation and evolution I. (Some) observational facts Gabriella De Lucia Astronomical Observatory of Trieste Outline: ü Observational properties of galaxies ü Galaxies and Cosmology ü Gas accretion
More informationCosmology The Road Map
Cosmology The Road Map Peter Schneider Institut für Astrophysik, Bonn University on behalf of the Astronomy Working Group Cosmology s Themes Fundamental Cosmology Probing inflation Investigating Dark Energy
More informationClusters: Observations
Clusters: Observations Last time we talked about some of the context of clusters, and why observations of them have importance to cosmological issues. Some of the reasons why clusters are useful probes
More informationClusters of Galaxies Groups: Clusters poor rich Superclusters:
Clusters of Galaxies Galaxies are not randomly strewn throughout space. Instead the majority belong to groups and clusters of galaxies. In these structures, galaxies are bound gravitationally and orbit
More information10.1 The Large Scale Velocity Field
10.1 The Large Scale Velocity Field 1 Peculiar Velocities It means velocities of galaxies in addition to their Hubble flow velocities, i.e., relative to their comoving coordinates restframe Note that we
More informationDark Matter: Observational Constraints
Dark Matter: Observational Constraints Does Dark Matter Exist? Leo Blitz UC Berkeley Stanford July 30, 2007 Questions I ll be addressing Does dark matter exist? Where do we know it does not exist? How
More informationHubble s Law and the Cosmic Distance Scale
Lab 7 Hubble s Law and the Cosmic Distance Scale 7.1 Overview Exercise seven is our first extragalactic exercise, highlighting the immense scale of the Universe. It addresses the challenge of determining
More informationToday. Lookback time. ASTR 1020: Stars & Galaxies. Astronomy Picture of the day. April 2, 2008
ASTR 1020: Stars & Galaxies April 2, 2008 Astronomy Picture of the day Reading: Chapter 21, sections 21.3. MasteringAstronomy Homework on Galaxies and Hubble s Law is due April 7 th. Weak Lensing Distorts
More informationIsotropy and Homogeneity
Cosmic inventory Isotropy and Homogeneity On large scales the Universe is isotropic (looks the same in all directions) and homogeneity (the same average density at all locations. This is determined from
More informationTwo Main Techniques. I: Star-forming Galaxies
p.1/24 The high redshift universe has been opened up to direct observation in the last few years, but most emphasis has been placed on finding the progenitors of today s massive ellipticals. p.2/24 Two
More informationDemographics of radio galaxies nearby and at z~0.55. Are radio galaxies signposts to black-hole mergers?
Elaine M. Sadler Black holes in massive galaxies Demographics of radio galaxies nearby and at z~0.55 Are radio galaxies signposts to black-hole mergers? Work done with Russell Cannon, Scott Croom, Helen
More informationQuantifying the Assembly History of Elliptical Galaxies
Quantifying the Assembly History of Elliptical Galaxies Michael Pierce (University of Wyoming) A Science Use Case for GMT and TMT Origin of Elliptical Galaxies! Elliptical Galaxies Form Through Mergers!
More informationAeree Chung Yonsei University
Evolutionary Paths in Galaxy Morphology, 2013 Sep 23-26, Sydney Australia Environmentally Galaxy Evolution: From a Gas Perspective Aeree Chung Yonsei University S + Irr dominant in the field Morphology-density
More informationPhysical Conditions in the Gas
Physical Conditions in the Gas the elastic collision times for (ions and electrons ) in the intracluster gas are much shorter than the time scales for heating or cooling, and the gas can be treated as
More informationElement abundance ratios and star formation quenching: satellite versus central galaxies
Element abundance ratios and star formation quenching: satellite versus central galaxies Anna Gallazzi INAF-Osservatorio Astrofisico di Arcetri Co#funded)by)the)) European)Union) with: Anna Pasquali (ARI-Heidelberg)
More information11 days exposure time. 10,000 galaxies. 3 arcminutes size (0.1 x diameter of moon) Estimated number of galaxies in observable universe: ~200 billion
11 days exposure time 10,000 galaxies 3 arcminutes size (0.1 x diameter of moon) Estimated number of galaxies in observable universe: ~200 billion Galaxies with disks Clumpy spiral shapes Smooth elliptical
More informationHot Gas Halos in Early-Type Galaxies
Hot Gas Halos in Early-Type Galaxies Tesla Jeltema University of California, Santa Cruz Collaborators: John Mulchaey, Breanna Binder, Jesper Rasmussen, Xue-Ning Bai, Jacqueline van Gorkom, Ann Zabludoff
More informationHI as a probe for dwarf galaxy evolution in different environments: Voids to clusters
HI as a probe for dwarf galaxy evolution in different environments: Voids to clusters Sushma Kurapati Collaborators: Jayaram N Chengalur, NCRA, India Simon Pustilnik, SAO RAS, Russia 2017 PHISCC Workshop
More informationAstro-2: History of the Universe
Astro-2: History of the Universe Lecture 13; May 30 2013 Previously on astro-2 Energy and mass are equivalent through Einstein s equation and can be converted into each other (pair production and annihilations)
More informationMorphology-Density Relation. The fraction of the population that is spiral decreases from the field to high density regions. Nature or Nurture?
Morphology-Density Relation Spirals/Irr The fraction of the population that is spiral decreases from the field to high density regions. S0 Ellipticals Nature or Nurture? Low High [Dressler 1980] The HI
More informationWhat HI tells us about Galaxies and Cosmology
What HI tells us about Galaxies and Cosmology Leo P Coma P Martha Haynes UAT16 16.06.14 1 ALFALFA: A Census of Gas-bearing Galaxies A galaxy is a gravitationally bound object that consists of billions
More informationCosmology and Astrophysics with Galaxy Clusters Recent Advances and Future Challenges
Cosmology and Astrophysics with Galaxy Clusters Recent Advances and Future Challenges Daisuke Nagai Yale University IPMU, July 15 th, 2010 Large-scale structure in the Universe SDSS (optical) Today δρ/ρ>>1
More informationGalaxies with Active Nuclei. Active Galactic Nuclei Seyfert Galaxies Radio Galaxies Quasars Supermassive Black Holes
Galaxies with Active Nuclei Active Galactic Nuclei Seyfert Galaxies Radio Galaxies Quasars Supermassive Black Holes Active Galactic Nuclei About 20 25% of galaxies do not fit well into Hubble categories
More informationGalaxy Formation Made Simple thanks to Sloan! Sloan Science Symposium Sandra M. Faber August 1 5,
Galaxy Formation Made Simple thanks to Sloan! Sloan Science Symposium Sandra M. Faber August 1 5, 2 0 0 8 Outline of talk Part I: Review of basic galaxy formation Part II: Emerging paradigm: mass sequence
More informationAstro 406 Lecture 25 Oct. 25, 2013
Astro 406 Lecture 25 Oct. 25, 2013 Announcements: PS 7 due now PS 8 due next Friday ASTR 401: draft due next Monday thanks to the Planetarium-goers alternate makeup activity posted soon Next semester:
More informationGalaxy Ecology. an Environmental Impact Assessment. Frank van den Bosch (MPIA)
Galaxy an Environmental Impact Assessment Frank van den Bosch (MPIA) in collaboration with Xiaohu Yang (SHAO), Houjun Mo (UMass), Simone Weinmann (Zürich) Anna Pasquali (MPIA), Daniel Aquino (MPIA) Heidelberg,
More informationWhat do we need to know about galaxy formation?
What do we need to know about galaxy formation? rachel somerville University of Michigan Hubble Science Legacy Workshop April 2002 what s next? test the CDM paradigm constrain the nature of the dark matter
More informationGalaxy Life Stories: Sheila Kannappan UNC Chapel Hill
Galaxy Life Stories: Growing Up in a Violent Universe Sheila Kannappan UNC Chapel Hill image credit: Charlton et al 2000 Outline Isolated Galaxy Evolution Galaxy Collisions Hierarchical Galaxy Evolution
More informationClusters of Galaxies
Clusters of Galaxies Galaxies are not randomly strewn throughout space. Instead the majority belong to groups and clusters of galaxies. In these structures, galaxies are bound gravitationally and orbit
More informationThe First Galaxies. Erik Zackrisson. Department of Astronomy Stockholm University
The First Galaxies Erik Zackrisson Department of Astronomy Stockholm University Outline The first galaxies what, when, why? What s so special about them? Why are they important for cosmology? How can we
More informationThis document is provided by JAXA.
The Institute of Space and Astronautical Science Report SP No.14, December 2000 Far-Infrared Emission of Intracluster Dust (ICD) By Nobuo Arimoto Λ, Toshinobu Takagi y, and Hitoshi Hanami z (November 1,
More informationThe Formation and Evolution of Galaxy Clusters
Distant Clusters of Galaxies Ringberg, October, 2005 The Formation and Evolution of Galaxy Clusters Simon D.M. White Max Planck Institute for Astrophysics Bennett et al 2003 > 105 near-independent 5 temperature
More informationBrief update (3 mins/2 slides) on astrophysics behind final project
Nov 1, 2017 Brief update (3 mins/2 slides) on astrophysics behind final project Evidence for Dark Matter Next Wed: Prelim #2, similar to last one (30 mins). Review especially lecture slides, PEs and non-project
More informationOther Galaxy Types. Active Galaxies. A diagram of an active galaxy, showing the primary components. Active Galaxies
Other Galaxy Types Active Galaxies Active Galaxies Seyfert galaxies Radio galaxies Quasars Origin??? Different in appearance Produce huge amount of energy Similar mechanism a Galactic mass black hole at
More informationStellar populations in the Milky Way halo
Stellar populations in the Milky Way halo Paula Jofre Pfeil Max Planck Institute for Astrophysics (Achim Weiss, Ben Panter, Camilla Hansen) Introduction Todayʼs Universe Scenario: Dark matter haloes connected
More informationObservational Cosmology
(C. Porciani / K. Basu) Lecture 7 Cosmology with galaxy clusters (Mass function, clusters surveys) Course website: http://www.astro.uni-bonn.de/~kbasu/astro845.html Outline of the two lecture Galaxy clusters
More informationGalaxy classification
Galaxy classification Questions of the Day What are elliptical, spiral, lenticular and dwarf galaxies? What is the Hubble sequence? What determines the colors of galaxies? Top View of the Milky Way The
More informationStructure of Merger Remnants:
Structure of Merger Remnants: Lessons from Spectral Line Observations John E. Hibbard NRAO-CV Merger Hypothesis: Two gas-rich Spirals Merge into One Elliptical Toomre Sequence of On-going Mergers (Toomre
More informationBUILDING GALAXIES. Question 1: When and where did the stars form?
BUILDING GALAXIES The unprecedented accuracy of recent observations of the power spectrum of the cosmic microwave background leaves little doubt that the universe formed in a hot big bang, later cooling
More informationCampus Observatory. 7pm. you are here
Announcements Homework #9 is due today Course Evaluations available on line now Post-test Survey for At Play in the Cosmos now ready For extra credit: - must complete all 8 missions by Dec 10 - must complete
More informationClassification Distribution in Space Galaxy Clusters. Formation and Evolution Hubble s Law
The American astronomer Edwin Hubble in 1924, according to appearance of galaxies categorized them into four basic types. Classification Distribution in Space Galaxy Clusters Masses Formation and Evolution
More informationLECTURE 1: Introduction to Galaxies. The Milky Way on a clear night
LECTURE 1: Introduction to Galaxies The Milky Way on a clear night VISIBLE COMPONENTS OF THE MILKY WAY Our Sun is located 28,000 light years (8.58 kiloparsecs from the center of our Galaxy) in the Orion
More informationDetection of hot gas in multi-wavelength datasets. Loïc Verdier DDAYS 2015
Detection of hot gas in multi-wavelength datasets Loïc Verdier SPP DDAYS 2015 Loïc Verdier (SPP) Detection of hot gas in multi-wavelength datasets DDAYS 2015 1 / 21 Cluster Abell 520; Credit: X-ray: NASA/CXC/UVic./A.Mahdavi
More informationChandra Analysis of a Possible Cooling Core Galaxy Cluster at z = 1.03
Chandra Analysis of a Possible Cooling Core Galaxy Cluster at z = 1.03 Kyle Dolan Institute for Astronomy, University of Hawaii at Manoa (Dated: 12 August 2005) We present an analysis of Chandra observations
More informationLecture 9. Quasars, Active Galaxies and AGN
Lecture 9 Quasars, Active Galaxies and AGN Quasars look like stars but have huge redshifts. object with a spectrum much like a dim star highly red-shifted enormous recessional velocity huge distance (Hubble
More informationGalaxy Formation Now and Then
Galaxy Formation Now and Then Matthias Steinmetz Astrophysikalisches Institut Potsdam 1 Overview The state of galaxy formation now The state of galaxy formation 10 years ago Extragalactic astronomy in
More informationThe phenomenon of gravitational lenses
The phenomenon of gravitational lenses The phenomenon of gravitational lenses If we look carefully at the image taken with the Hubble Space Telescope, of the Galaxy Cluster Abell 2218 in the constellation
More informationThe Iguaçu Lectures. Nonlinear Structure Formation: The growth of galaxies and larger scale structures
April 2006 The Iguaçu Lectures Nonlinear Structure Formation: The growth of galaxies and larger scale structures Simon White Max Planck Institute for Astrophysics z = 0 Dark Matter ROT EVOL Cluster structure
More informationGalaxy formation and evolution. Astro 850
Galaxy formation and evolution Astro 850 Introduction What are galaxies? Systems containing many galaxies, e.g. 10 11 stars in the Milky Way. But galaxies have different properties. Properties of individual
More informationSpheroidal (Elliptical) Galaxies MBW chap 13, S+G ch 6!
" The project: Due May 2!! I expect ~10 pages double spaced (250 words/page) with references from material you used (I do not expect 'densely' cited but a sufficient number).! It must be in a subject related
More informationMoore et al Kenney et al. 2004
Moore et al. 1996 Kenney et al. 2004 (i) Interaction with other cluster members and/or with the cluster potential (ii) Interactions with the hot gas that permeates massive galaxy systems. The influence
More informationGalaxy Cluster Mergers
Galaxy Cluster Mergers Alexia Schulz Institute for Advanced Study Andrew Wetzel Daniel Holz Mike Warren Talk Overview! Introduction " Why are cluster mergers of interest? " Where will mergers complicate
More informationAS1001:Extra-Galactic Astronomy. Lecture 3: Galaxy Fundamentals
AS1001:Extra-Galactic Astronomy Lecture 3: Galaxy Fundamentals Galaxy Fundamentals How many stars are in a galaxy? How did galaxies form? How many galaxies are there? How far apart are they? How are they
More informationUnveiling the Structure of Galaxy Clusters with Combined ESO-VLT, WFI, and XMM-Newton Observations
Unveiling the Structure of Galaxy Clusters with Combined ESO-VLT, WFI, and XMM-Newton Observations Hans Böhringer 1 Filiberto Braglia 1 Daniele Pierini 1 Andrea Biviano 2 Peter Schuecker 1 Yu-Ying Zhang
More information