EMBARGOED UNTIL 3:00 PM November 23, 1998 The Space Telescope Science Institute, Baltimore Maryland Ray Villard, Public Affairs Officer
VIDEO NEWS RELEASE 2:24 VIDEO NEWS RELEASE ELEMENTS
[00:04:42:00] Pointing Animation :15 The Hubble Space Telescope is pointing north at a blank patch of sky above the Big Dipper. Next, shown in orbit, Hubble is slewing to point at the southern skies in the direction of the constellation Tucana, near the south celestial pole.
[00:05:32:00] The Hubble Deep Field South ZOOMS :16 and :14 The Hubble Deep Field South penetrates deep into a very small patch of the sky near the southern constellation Tucana. The ZOOM represents the Hubble looking at the distant universe to uncover thousands of never-before-seen galaxies.
[00:06:26:00] Animation of Birth of a Quasar :22 Light from a quasar, a bright, active core of a distant galaxy, will travel three quarters of the way across the universe and provide a beacon on the universe's hidden structure.
[00:07:21:00] Graphic of Quasar and Clouds Observation Light coming to earth from a distant quasar passes through gas clouds. The STIS instrument on Hubble is used to determine the distances and chemical composition of the invisible clouds.
[00:07:55:00] B ROLL Hubble Deep Field Team Members 2:07 Hubble Deep Field South team members at the Space Telescope Science Institute in Baltimore, Maryland get a first look at the processed images from the Hubble Space Telescope's observation of the Deep Field South.
HUBBLE SPACE TELESCOPE IMAGES from the Hubble Deep Field South
[00:10:23:00:00] Wide Field and Planetary Camera 2 (WFPC 2) The Deep Field South observed in October 1998 complements the deep field taken in 1995. It reveals another host of galaxies of various ages and shapes to add to the story of the universe: pin-wheel-shaped spirals; peculiar ones from collisions; reddish ellipticals; blue ones with hot, young stars; and red ones that may have older stars.
[00:10:55:00] Space Telescope Imaging Spectrograph (STIS) The STIS instrument has taken the deepest visible/ultraviolet light image of the universe ever. The quasar to be used as a beacon for studying invisible clouds is at center.
[00:11:27:00] Near Infrared and Multi-Object Spectrometer (NICMOS) NICMOS captures the light hidden in dusty galaxies and far away galaxies that are seen only in infrared.
[00:11:59:00] Harry Ferguson, Astronomer, The Space Telescope Science Institute Gives one reason for making a second deep field observation. :28
[00:12:53:00] Harry Ferguson, Astronomer, The Space Telescope Science Institute Describes the use of the quasar for information about the evolution of the universe. :14
[00:13:33:00] Harry Ferguson Astronomer, The Space Telescope Science Institute Comments on the good resolution of the STIS instrument. :26
Pointing animation: Greg Bacon (STScI).
The Hubble Deep Field South ZOOM 1. Photo, Akira Fujii, courtesy Sky and Telescope Magazine;
The Hubble Deep Field South ZOOM 2. Digitized Sky Survey, STScI, Anglo-Australian Telescope Board;
The Hubble Deep Field South ZOOM 3. J. Gardner, (NOAO), Cerro-Tololo Interamerican Observatory;
The Hubble Deep Field South ZOOM 4. HST/WFPC2, R. Williams, The HDF-South Team and NASA, Animation by Ed Weibe and Zolt Levay, (STScI).
Animation of Birth of a Quasar: Walt Feimer, (STScI).
Quasar and Clouds graphic: Bryan Preston, (STScI).
Hubble Deep Field South images (WFPC 2, STIS, NICMOS): R. Williams, (STScI), the HDF-South Team and NASA.
Publication: November 23, 1998