Planck Space Telescope data helped a stunning new map. It also casts light on dark matter and the origins of the universe.
-Planck-universe
"Ring of Fire Towers is polarized in the galaxy, and beyond that are actually down," JPL recently released map of the universe says. This 353GHz range light, more time than our eyes can see shows wavelength.
ESA / NASA / JPL- to Caltech
Cosmic microwave background, or CMB relic radiation from the Big Bang to go as when using the telescope from 2009 until late 2013, the European Space Agency's Planck spacecraft around our planet. The goal, in effect, about 370,000 years after the Big Bang just had to look back in time.
The ESA Planck mission has worked closely with NASA's Jet Propulsion Laboratory (JPL), using data from Planck Milky Way has released a captivating interactive map. This mapping dust, carbon monoxide gas, known as magnetic fields and includes a variety of radiation several views of our galaxy, combines "the free." "Isolated electron and the proton collisions, slow but continued on his way past one another in a series of careen," according to the JPL makes this type of radiation.
You swoop through the map of the Milky Way and the Planck website can set to show different characteristics.
Map (top) of the Milky Way is made up of several different views: Dust well (upper left), carbon monoxide gas (upper right), carbon monoxide gas (upper right), and magnetic fields (lower right).
ESA / NASA / JPL- to Caltech
"The cosmic microwave background light is off and before long a journey," said Charles Lawrence, NASA JPL US project scientist for the mission, said in a statement. "When it comes, it tells us about the history of the universe."
Relic radiation has the same wavelength as much of our galaxy, the light needs to CMB, Planck team members to study. The team then removed the light used to create a new map. "Lit from within our galaxy, the signal is subtracted from the light, comes to life in the new image gloriously," says JPL. "Gas, dust and stars forming magnetic field lines how that shapes up a frenzy of activity."
The team also discovered a few other things for the Planck mission, but while analyzing the data sent back from the mission's map was not only able to create the space agency.
In a time before the existence of the stars began winking - - First, that it was a dark period of our universe was 400 million years after the Big Bang took 300 million. Seeing the Planck data, however, researchers still dark period that lasted about 550 million years believe.
Planck's team continue to analyze the data, and it's actually more insight about the nature of our world, that will be published next year is expected. "Type of question we now even long before Planck, decades ago never would have thought possible questions to ask," James Bartlett's, JPL's a member of the Planck team.
If you've got a few extra minutes, during this short video Planck mission it is to him that it is a great explanation of how.
-Planck-universe
"Ring of Fire Towers is polarized in the galaxy, and beyond that are actually down," JPL recently released map of the universe says. This 353GHz range light, more time than our eyes can see shows wavelength.
ESA / NASA / JPL- to Caltech
Cosmic microwave background, or CMB relic radiation from the Big Bang to go as when using the telescope from 2009 until late 2013, the European Space Agency's Planck spacecraft around our planet. The goal, in effect, about 370,000 years after the Big Bang just had to look back in time.
The ESA Planck mission has worked closely with NASA's Jet Propulsion Laboratory (JPL), using data from Planck Milky Way has released a captivating interactive map. This mapping dust, carbon monoxide gas, known as magnetic fields and includes a variety of radiation several views of our galaxy, combines "the free." "Isolated electron and the proton collisions, slow but continued on his way past one another in a series of careen," according to the JPL makes this type of radiation.
You swoop through the map of the Milky Way and the Planck website can set to show different characteristics.
Map (top) of the Milky Way is made up of several different views: Dust well (upper left), carbon monoxide gas (upper right), carbon monoxide gas (upper right), and magnetic fields (lower right).
ESA / NASA / JPL- to Caltech
"The cosmic microwave background light is off and before long a journey," said Charles Lawrence, NASA JPL US project scientist for the mission, said in a statement. "When it comes, it tells us about the history of the universe."
Relic radiation has the same wavelength as much of our galaxy, the light needs to CMB, Planck team members to study. The team then removed the light used to create a new map. "Lit from within our galaxy, the signal is subtracted from the light, comes to life in the new image gloriously," says JPL. "Gas, dust and stars forming magnetic field lines how that shapes up a frenzy of activity."
The team also discovered a few other things for the Planck mission, but while analyzing the data sent back from the mission's map was not only able to create the space agency.
In a time before the existence of the stars began winking - - First, that it was a dark period of our universe was 400 million years after the Big Bang took 300 million. Seeing the Planck data, however, researchers still dark period that lasted about 550 million years believe.
Planck's team continue to analyze the data, and it's actually more insight about the nature of our world, that will be published next year is expected. "Type of question we now even long before Planck, decades ago never would have thought possible questions to ask," James Bartlett's, JPL's a member of the Planck team.
If you've got a few extra minutes, during this short video Planck mission it is to him that it is a great explanation of how.
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