PPT-HST IMAGING OF GALAXIES IN A SUPER-GROUP AT Z~0.37

Jonathan Monroe Supervisor DrKimVy Tran Texas AampM University IntroductionGoals Data WFC3UVIS F390W F814W 17 10 pointings ACSWFC F606W 17 pointings 10 x 5 mosaic of 4 groups w 170 members spectraconfirmed . Fraction. Harry . Teplitz. ,. Brian . Siana. , &. Claudia . Scarlata. Outline. Motivation. the Lyman continuum (. LyC. ) escape fraction is a key parameter in the study of . reionization. Why UV?. Anja. von . der. Linden et al., 2007, MNRAS, 379, 867. On the prevalence of radio-loud active galactic nuclei in brightest cluster galaxies: implications for AGN heating of cooling flows. P. N. Best et al., 2007, MNRAS, 379, 894. D.J. Pisano. (West Virginia University). Why study galaxy environment?. Nature vs. Nurture. Can they be distinguished?. What does the environment do to a galaxy?. What would a galaxy look like without any environmental influence?. Li Jiang-Tao. 1. Service d’Astrophysique, CEA, Saclay, France. 2. . Department. of . Astronomy. , . University. of Michigan, Ann Arbor, USA. Outline. 1. Introduction. 2. Diffuse X-ray . observation. Nario. . Kuno. Nobeyama. Radio Observatory. CO imaging survey of nearby galaxies. Gas distribution & dynamics . . <=> structures of galaxies. Molecular gas <=> Star formation. 2. Emission and Active Transformation within Compact Groups . Image Credit: NASA,ESA and the Hubble SM4 ERO Team . Michelle Cluver . mcluver@aao.gov.au. Collaborators. Philip Appleton (NHSC/Caltech). ). Presentation to P. Hertz April 19, 2013. . Neil . Gehrels. (GSFC). SDT . Co-Chair. David . Spergel. (Princeton) . . SDT Co-Chair. Kevin Grady (GSFC) Study Manager . & . Project Team. ( Fluorescence lifetime imaging). —. Molecular interraction (FRET). —. intracellular pH. etc. etc etc. . Pulsed IR-laser. ( Multiphoton exitation). —. Intracellular Tracking. —. Uncaging & Photostimulation . University of Sydney, . AAO, CAASTRO. SAMI instrument scientist. Hector project scientist. SAMI Galaxy Survey: . Gas/stellar misalignment . in . galaxies . and the . impact . of . morphology and environment. Lecture 16:. Super-resolution microscopy: Part . 2. Lecture 16: Super-resolution microscopy and TIRFM. Single molecule imaging. Total internal reflection fluorescence microscopy (TIRFM). Super-resolution techniques . Jack . lightholder. Mentor: DR. tom sharp. Space grant Symposium . April 18. th. , 2015. objectives. Enhance super resolution imaging algorithms.. Collect thermal images of population centers and agricultural areas.. New Super-Resolution Imaging Technology for Biomedical Research resonance spectroscopy (NMR) and . imaging (MRI) . are safe . and highly versatile . modalities, . based on . fundamental concepts . in quantum spin physics. Although highly informative and . useful, . Topics. Project Updates and Reminders. Design Change Updates. Super User Feedback. Marketplace Updates. Training Updates. Blanket . Order . Solutions. Grant Approval Update. 2.  .  .  .  .  . P2P Super Users .