NewsMay 1, 2002

WASHINGTON -- The black of space is slashed with silvered streaks of stars as two fiery galaxies merge in a collision of giants. A massive pillar of dust glows in crimson in the glare of hot stars, and another nebula smolders in blues, pinks and reds from the light of stellar birth...

By Paul Recer, The Associated Press

WASHINGTON -- The black of space is slashed with silvered streaks of stars as two fiery galaxies merge in a collision of giants. A massive pillar of dust glows in crimson in the glare of hot stars, and another nebula smolders in blues, pinks and reds from the light of stellar birth.

These views, never before seen in such detail, are among the first captured by a new camera on the Hubble Space Telescope, an instrument experts say may radically change what is known about the early and very distant universe.

The camera, called the Advanced Camera for Surveys, "is opening a wide new window onto the universe," said Holland Ford of Johns Hopkins University, leader of a team that developed the new camera.

Speaking Tuesday at a news conference where the first four views from the ACS were released, Ford said the new camera increases by tenfold the visual sharpness of the Hubble and gives the clearest pictures ever of galaxies forming in the very early universe.

He said the new camera will look back in time and distance some 13 billion light-years, giving astronomers a glimpse of the few hundred-million-year period when stars and galaxies were beginning to form after the Big Bang.

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Ford forecast that new images from the ACS can radically change some basic understanding about how and when the stars and galaxies first formed.

One view released Tuesday shows an object, identified as UGC 10214 and dubbed the "Tadpole galaxy" because of its shape, that has a long tail of stars and gas smeared across 280,000 light years of the heavens by the gravitation force of a merging compact, blue galaxy.

The same image, taken in a fraction of the time required by the old Hubble camera, captures the light of more than 3,000 galaxies. One such galaxy, seen as a dim red dot, is shown as it was when the universe was about 10 percent of its current age, said Ford.

"The light we see left that faint red galaxy when the universe was just 1 billion years old," he said.

The ACS was installed on the Hubble during a servicing mission to the orbiting space telescope in March. Space shuttle astronauts, in a series of spacewalks, also installed new power equipment, a guidance control wheel, and a mechanical cooler on the 12-year-old Hubble.

Following a weekslong checkout, engineers found "the Hubble is back in business and works great," said Ed Weiler, the associate administrator for space science at NASA.

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