v
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
V
the voids are not enough to explain away dark energy. "
NASA Jet Propulsion Laboratory - News
"Vanderveld and her colleagues at Cornell University, Ithaca, N.Y., looked more closely at this theory and found a few "holes." The group at Fermi had assumed a bunch of voids would line up between us and the supernovae, but Vanderveld's group said, in reality, the voids would be distributed more randomly -- again like Swiss cheese. With this random distribution, the voids are not enough to explain away dark energy.
There is, however, one other freakish possibility that could mean a void is creating the illusion of an accelerating universe. If our solar system just happened to sit in the middle of a void, then that void would distort our observations. Said Vanderveld, "It's really hard to tell if we're in a void, but for the most part this possibility has been ruled out." "
http://www.jpl.nasa.gov/news/features.cfm?feature=1988
VSOLJ ニュース
http://www.cetus-net.org/ml/vsolj-news/
Venus
Venus Once Molten Surface
http://antwrp.gsfc.nasa.gov/apod/ap100801.html
