X-ray observatory

Suzaku X-Ray Observatory Finds Rare Metals

Science - The Post Chronicle (Free subscription) | 12/02/2009

"This is the first detection of chromium and manganese from a cluster," said Takayuki Tamura,...

Suzaku Orbiting X-ray Observatory Spies Treasure Trove of Intergalactic Metal

Space Ref (Free subscription) | 12/03/2009

Every cook knows the ingredients for making bread: flour, water, yeast, and time. But what chemical elements are in the recipe of our universe?

XMM-Newton celebrates decade of discovery

Physorg (Free subscription) | yesterday

(PhysOrg.com) -- ESA's XMM-Newton X-ray observatory is celebrating its 10th anniversary. During its decade of operation, this remarkable space observatory has supplied new data for every aspect of astronomy. From our cosmic backyard to the further reaches of the Universe, XMM-Newton has changed the way we think of space.

• XMM-Newton celebrates 10 years of discovery - ESA
• XMM-Newton celebrates 10 years of discovery - Spacefellowship
• See the 5 articles on the same subject

NASA | Suzaku: The Intergalactic Prospector

Red Orbit (Free subscription) | yesterday

Recently astronomers used the Suzaku orbiting X-ray observatory, operated jointly by NASA and the Japanese space agency, to discover the largest known reservoir of rare metals in the universe. credit: NASA

XMM-Newton celebrates decade of discovery

Space Spin (Free subscription) | yesterday

ESA's XMM-Newton X-ray observatory is celebrating its 10th anniversary. During its decade of operation, this remarkable space observatory has supplied new data for every aspect of astronomy. From our cosmic backyard to the further reaches of the Universe, XMM-Newton has changed the way we think of space.

XMM-Newton celebrates 10 years of discovery

Spacefellowship (Free subscription) | yesterday

ESA’s XMM-Newton X-ray observatory is celebrating its 10th anniversary. During its decade of operation, this remarkable space observatory has supplied new data for every aspect of astronomy. From our cosmic backyard to the further reaches of the Universe, XMM-Newton has changed the way we think of space. On 10 December 1999, an Ariane 5 blasted off [...]

XMM-Newton celebrates 10 years of discovery

ESA (Free subscription) | yesterday

ESA’s XMM-Newton X-ray observatory is celebrating its 10th anniversary. During its decade of operation, this remarkable space observatory has supplied new data for every aspect of astronomy. From our cosmic backyard to the further reaches of the Universe, XMM-Newton has changed the way we think of space.

XMM-Newton celebrates decade of discovery

Astronomy Cmarchesin (Free subscription) | yesterday

An artist's impression of XMM-Newton Credits: ESA (Image by C. Carreau) ESA’s XMM-Newton X-ray observatory is celebrating its 10th anniversary. During its decade of operation, this remarkable space observatory has supplied new data for every aspect of astronomy. From our cosmic backyard to the further reaches of the Universe, XMM-Newton has changed the way we think of space....

XMM-Newton Changes The Way We View The Universe

Red Orbit (Free subscription) | 12/08/2009

Mission's decade of success peering into the final frontierXMM-Newton, the most powerful X-ray observatory ever built and launched into space, marks its 10th anniversary on December 10th.

XMM-Newton revolutionises the way we view the universe

Spacefellowship (Free subscription) | 12/08/2009

XMM-Newton, the most powerful X-ray observatory ever built and launched into space, marks its 10th anniversary on December 10th. XMM-Newton’s observations have revolutionised the way we view the hottest and most extreme regions of the Universe. Scientists from the UK who have played a pivotal role in the success of the orbiting observatory, which is the [...]

XMM-Newton revolutionizes the way we view the universe

Eurekalert (Free subscription) | 12/08/2009

( University of Leicester ) XMM-Newton, the most powerful X-ray observatory ever built and launched into space, marks its 10th anniversary on December 10th. XMM-Newton's observations have revolutionised the way we view the hottest and most extreme regions of the Universe.

XMM-Newton revolutionizes the way we view the universe

Science Daily (Free subscription) | 12/08/2009

XMM-Newton, the most powerful X-ray observatory ever built and launched into space, marks its 10th anniversary on December 10th. XMM-Newton's observations have revolutionized the way we view the hottest and most extreme regions of the Universe.

• XMM-Newton revolutionises the way we view the universe - Spacefellowship
• XMM-Newton Changes The Way We View The Universe - Red Orbit
• See the 4 articles on the same subject

3 Billion Supernovas Create a Gigantic Intergalactic "Mine"

The Daily Galaxy: Great Discoveries Channel (Free subscription) | 12/04/2009

Recently astronomers used the Suzaku orbiting X-ray observatory, operated jointly by NASA and the Japanese space agency, to discover the largest known reservoir of rare metals in the universe.The data shows it took some 3 billion supernovas to produce the...

Intergalactic Treasure Trove

thomasfortenberry.net (Free subscription) | 12/03/2009

Suzaku X-Ray Observatory Spies Treasure Trove of Intergalactic Metal Every cook knows the ingredients for making bread: flour, water, yeast, and time. But what chemical elements are in the recipe of our universe? Most of the ingredients are hydrogen and helium. These cosmic lightweights fill the first two spots on the famous periodic table of the elements. Less [...]

• Suzaku Orbiting X-ray Observatory Spies Treasure Trove of Intergalactic Metal - Space Ref
• Cosmology: "Treasure Trove of Intergalactic Metals" - Running 'Cause I Can't Fly
• See the 4 articles on the same subject

Astronomers discover treasure trove of intergalactic metal

A little about .... (Free subscription) | 12/03/2009

Washington, December 3 - ANI: Astronomers have used the Suzaku orbiting X-ray observatory to discover the largest known reservoir of rare metals in the universe.

• Suzaku X-ray observatory spies treasure trove of intergalactic metal - Science Daily