Monday, August 30, 2010

Getting WISE About Nemesis

Summary: Is our Sun part of a binary star system? An unseen companion star,
nicknamed “Nemesis,” may be sending comets towards Earth. If Nemesis exists,
NASA’s new WISE telescope should be able to spot it.

Size comparison of our Sun, a low mass star, a brown dwarf, Jupiter, and Earth. Stars with less mass than the Sun are smaller and cooler, and hence much fainter in visible light. Brown dwarfs have less than eight percent of the mass of the Sun, which is not enough to sustain the fusion reaction that keeps the Sun hot. These cool orbs are nearly impossible to see in visible light, but stand out when viewed in infrared. Their diameters are about the same as Jupiter's, but they can have up to 80 times more mass and are thought to have planetary systems of their own.
Image credit: NASA
A dark object may be lurking near our solar system, occasionally kicking comets in our direction.

Nicknamed “Nemesis” or “The Death Star,” this undetected object could be a red or brown dwarf star, or an even darker presence several times the mass of Jupiter.

Why do scientists think something could be hidden beyond the edge of our solar system? Originally, Nemesis was suggested as a way to explain a cycle of mass extinctions on Earth.

The paleontologists David Raup and Jack Sepkoski claim that, over the last 250 million years, life on Earth has faced extinction in a 26-million-year cycle. Astronomers proposed comet impacts as a possible cause for these catastrophes.

Our solar system is surrounded by a vast collection of icy bodies called the Oort Cloud. If our Sun were part of a binary system in which two gravitationally-bound stars orbit a common center of mass, this interaction could disturb the Oort Cloud on a periodic basis, sending comets whizzing towards us.

An asteroid impact is famously responsible for the extinction of the dinosaurs 65 million years ago, but large comet impacts may be equally deadly. A comet may have been the cause of the Tunguska event in Russia in 1908. That explosion had about a thousand times the power of the atomic bomb dropped on Hiroshima, and it flattened an estimated 80 million trees over an 830 square mile area.

While there’s little doubt about the destructive power of cosmic impacts, there is no evidence that comets have periodically caused mass extinctions on our planet. The theory of periodic extinctions itself is still debated, with many insisting that more proof is needed. Even if the scientific consensus is that extinction events don’t occur in a predictable cycle, there are now other reasons to suspect a dark companion to the Sun.

The Footprint of Nemesis

The smaller object in these two photos is a brown dwarf that orbits the star Gliese 229.  Located in the constellation Lepus and about 19 light years from Earth, the brown dwarf Gliese 229B is about 20 to 50 times the mass of Jupiter.  Image credit: NASA
A recently-discovered dwarf planet, named Sedna, has an extra-long and usual elliptical orbit around the Sun. Sedna is one of the most distant objects yet observed, with an orbit ranging between 76 and 975 AU (where 1 AU is the distance between the Earth and the Sun). Sedna’s orbit is estimated to last between 10.5 to 12 thousand years. Sedna’s discoverer, Mike Brown of Caltech, noted in a Discover magazine article that Sedna’s location doesn’t make sense.

"Sedna shouldn't be there,” said Brown. “There's no way to put Sedna where it is. It never comes close enough to be affected by the Sun, but it never goes far enough away from the Sun to be affected by other stars.”

Perhaps a massive unseen object is responsible for Sedna’s mystifying orbit, its gravitational influence keeping Sedna fixed in that far-distant portion of space.

“My surveys have always looked for objects closer and thus moving faster,” Brown told Astrobiology Magazine. “I would have easily overlooked something so distant and slow moving as Nemesis.”

John Matese, Emeritus Professor of Physics at the University of Louisiana at Lafayette, suspects Nemesis exists for another reason. The comets in the inner solar system seem to mostly come from the same region of the Oort Cloud, and Matese thinks the gravitational influence of a solar companion is disrupting that part of the cloud, scattering comets in its wake. His calculations suggest Nemesis is between 3 to 5 times the mass of Jupiter, rather than the 13 Jupiter masses or greater that some scientists think is a necessary quality of a brown dwarf. Even at this smaller mass, however, many astronomers would still classify it as a low mass star rather than a planet, since the circumstances of birth for stars and planets differ.

The “New Object” labeled in this image is Sedna, a dwarf planet with a 12,000-year orbit around the Sun. It’s a mystery why Sedna has such an elongated orbit.
The Oort Cloud is thought to extend about 1 light year from the Sun. Matese estimates Nemesis is 25,000 AU away (or about one-third of a light year). The next-closest known star to the Sun is Proxima Centauri, located 4.2 light years away.

Richard Muller of the University of California Berkeley first suggested the Nemesis theory, and even wrote a popular science book on the topic. He thinks Nemesis is a red dwarf star 1.5 light years away. Many scientists counter that such a wide orbit is inherently unstable and could not have lasted long – certainly not long enough to have caused the extinctions seen in Earth’s fossil record. But Muller says this instability has resulted in an orbit that has changed greatly over billions of years, and in the next billion years Nemesis will be thrown free of the solar system.

Binary star systems are common in the galaxy. It is estimated that one-third of the stars in the Milky Way are either binary or part of a multiple-star system.

Red dwarfs are also common – in fact, astronomers say they are the most common type of star in the galaxy. Brown dwarfs are also thought to be common, but there are only a few hundred known at this time because they are so difficult to see. Red and brown dwarfs are smaller and cooler than our Sun, and do not shine brightly. If red dwarfs can be compared to the red embers of a dying fire, then brown dwarfs would be the smoldering ash. Because they are so dim, it is plausible that the Sun could have a secret companion even though we’ve searched the sky for many years with a variety of instruments.

NASA’s newest telescope, the Wide-field Infrared Survey Explorer (WISE), may be able to answer the question about Nemesis once and for all.

Finding Dwarfs in the Dark

Illustration of the “Oort Cloud,” a vast region of comets thought to extend a light year beyond our Sun.
Image credit: NASA/JPL/Donald K. Yeoman
WISE looks at our universe in the infrared part of the spectrum. Like the Spitzer space telescope, WISE is hunting for heat. The difference is that WISE has a much wider field of view, and so is able to scan a greater portion of the sky for distant objects.

WISE began scanning the sky on January 14, and NASA recently released the mission’s first images. The mission will map the entire sky until October, when the spacecraft’s coolant runs out.

Part of the WISE mission is to search for brown dwarfs, and NASA expects it could find one thousand of the dim stellar objects within 25 light years of our solar system.

Davy Kirkpatrick at NASA’s Infrared Processing and Analysis Center at Caltech found nothing when he searched for Nemesis using data from the Two Micron All Sky Survey (2MASS). Now Kirkpatrick is part of the WISE science team, ready to search again for any signs of a companion to our Sun.

Kirkpatrick doesn’t think Nemesis will be the red dwarf star with an enormous orbit described by Muller. In his view, Matese’s description of Nemesis as a low mass object closer to home is more plausible.

“I think the possibility that the Sun could harbor a companion of another sort is not a crazy idea,” said Kirkpatrick. “There might be a distant object in a more stable, more circular orbit that has gone unnoticed so far.”

Ned Wright, professor of astronomy and physics at UCLA and the principal investigator for the WISE mission, said that WISE will easily see an object with a mass a few times that of Jupiter and located 25,000 AU away, as suggested by Matese.

Astronomers think there could be as many brown dwarfs as stars like our Sun, but brown dwarfs are often too cool to find using visible light. Using infrared light, the WISE mission could find many brown dwarfs within 25 light years of the Sun. These two pictures show simulated data before and after the WISE mission (stars are not real). The simulated picture on the left shows known stars (white and yellow) and brown dwarfs (red) in our solar neighborhood. The picture on the right shows additional brown dwarfs WISE is expected to find.
Image credit: NASA/JPL-Caltech

“This is because Jupiter is self-luminous like a brown dwarf,” said Wright. “But for planets less massive than Jupiter in the far outer solar system, WISE will be less sensitive.”

Comet “Siding Spring” appears to streak across the sky like a superhero in this new infrared image from NASA's Wide-field Infrared Survey Explorer, or WISE. WISE will be looking for comets and asteroids that might pose a threat to Earth.
Image credit: NASA/JPL-Caltech/UCLA
Neither Kirkpatrick nor Wright think Nemesis is disrupting the Oort cloud and sending comets towards Earth, however. Because they envision a more benign orbit, they prefer the name "Tyche" (the good sister).

Regardless of what they expect to find, the WISE search won’t focus on one particular region of the sky.

“The great thing about WISE, as was also true of 2MASS, is that it's an all-sky survey,” said Kirkpatrick. “There will be some regions such as the Galactic Plane where the observations are less sensitive or fields more crowded, but we'll search those areas too. So we're not preferentially targeting certain directions.”

We may not have an answer to the Nemesis question until mid-2013. WISE needs to scan the sky twice in order to generate the time-lapsed images astronomers use to detect objects in the outer solar system. The change in location of an object between the time of the first scan and the second tells astronomers about the object’s location and orbit.  Then comes the long task of analyzing the data.

“I don't suspect we'll have completed the search for candidate objects until mid-2012, and then we may need up to a year of time to complete telescopic follow-up of those objects,” said Kirkpatrick.

Even if Nemesis is not found, the WISE telescope will help shed light on the darkest corners of the solar system. The telescope can be used to search for dwarf planets like Pluto that orbit the Sun off the solar system’s ecliptic plane. The objects that make up the Oort Cloud are too small and far away for WISE to see, but it will be able to track potentially dangerous comets and asteroids closer to home.
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Search on for Death Star that throws out deadly comets

Nasa scientists are searching for an invisible 'Death Star' that circles the Sun, 
which catapults potentially catastrophic comets at the Earth.

A brown dwarf in relation to Earth, Jupiter, a low-mass star and the sun.
This diagram shows a brown dwarf in relation to Earth, Jupiter,
a low-mass star and the sun.
Photo: NASA

The star, also known as Nemesis, is five times the size of Jupiter and could be to blame for the impact that wiped out the dinosaurs 65 million years ago.
The bombardment of icy missiles is being blamed by some scientists for mass extinctions of life that they say happen every 26 million years.
Nemesis is predicted to lie at a distance equal to 25,000 times that of the Earth from the Sun, or a third of a light-year.
Astronomers believe it is of a type called a red or brown dwarf – a "failed star" that has not managed to generate enough energy to burn like the Sun.
But it should be detectable by a heat-sensitive space telescope called WISE, the Wide-Field Infrared Survey Explorer.
Launched last year, WISE began surveying the skies in January. It is expected to discover a 1000 brown dwarfs within 25 light-years of the Sun – right on our cosmic doorstep – before its coolant runs out in October.
The nearest normal star to us is around 4.5 light-year away.
Our solar system is thought to be surrounded by a vast sphere of icy bodies, twice as far away as Nemesis, called the Oort Cloud.
Some get kicked in towards the planets as comets – giant snowballs of ice, dust and rock – and the suggestion is that the Death Star's gravitational influence is to blame.
The paleontologists David Raup and Jack Sepkoski discovered that, over the last 250 million years, life on Earth has been devastated on a 26-million-year cycle. Comet impacts are suggested as a likely cause for these catastrophes.
A similar impact by an asteroid wiped out the dinosaurs 65 million years ago, a major inquest by scientists concluded last week, though that is not being blamed on Nemesis.
Most stars have one or more companion stars orbiting around each other, which would make the sun's single status unusual.
A major clue to Nemesis's existence is a mysterious dwarf planet called Sedna that was spotted on an elongated 12,000-year-long orbit around the sun.
Mike Brown, who discovered Sedna in 2003, said: "Sedna is a very odd object – it shouldn't be there! It never comes anywhere close to any of the giant planets or the sun. It's way, way out there on this incredibly eccentric orbit.
The only way to get on an eccentric orbit is to have some giant body kick you – so what is out there?"
Professor John Matese, of the University of Louisiana at Lafayette, says most comets in the inner solar system seem to come from the same region of the Oort Cloud – launched by the pull of a companion star to the sun that scatters comets in its wake.
He suggests it is up to five times the size of Jupiter or 7,000 times the size of Earth.
He said: "There is statistically significant evidence that this concentration of comets could be caused by a companion to the Sun."
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Hidden Books in Vatican

Part 1

Part 2
Part 3
Secret knowledge of books in vatican

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Saturday, August 28, 2010

Secret KGB UFO Files?


Part 2

Part 3

Part 4

Part 5

Part 6

Part 7

Part 8

The Great Pyramid is unique, not only was it encased in limestone but:

1. Its the only pyramid to be built with concave sides, the curvature of which matches the radius of the earth.
2. Its the only pyramid to have chambers above ground.
3. Of all the pyramids only the Great Pyramid has "air shafts"
4. There is no writings or hieroglyphics in or on the Great Pyramid. (At least not in the way the other pyramids are decorated, Im taking the handful writings that were found with a grain of salt)
5. The 3 major pyramids are aligned with orions belt.
6. The Great Pyramid is the most accuratly aligned structure in existence.
7. The Great Pyramid is at the center of the land mass of the earth.

Clearly the Egyptians found this great site and settled there. They tried building other pyramids in the image of the Great Pyramid. This explains why mines are found in egypt. Well this pretty much expains EVERYTHING!Egyptologist ALWAYS want to proove the Egyptians built the Great Pyramid by showing that rocks were mined nearby.
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Friday, August 27, 2010

Monuments to Life - Robert Bauval: The Sphinx

Examines the history and secrets of the pyramids and Great Sphinx.

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COAST TO COAST: Egyptian Mysteries

Prof. Carmen Boulter discussed the history and mysteries of ancient Egypt, what's being hidden and what's being revealed. She was recently in Egypt for a press conference about the DNA results of King Tut's mummy, and found the announcement that the young pharaoh had various medical maladies to be slanted and contradictory to her "psychic archeology" view that the leaders from the 18th Dynasty were highly conscious and healthy beings.
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Thursday, August 26, 2010

Exoplanet could be smallest ever found

AP – This artist’s impression made available by the European Southern Observatory Tuesday,
Aug. 24, 2010
GENEVA – Scientists say they've identified a sun-like star with as many as seven different planets — including one that might be the smallest ever found outside the solar system.
If confirmed, the planetary system around HD 10180, a star more than 100 light years distant, would be the richest ever discovered. One astronomer says it's part of a growing body of evidence that the universe is full of planets — and that several could be similar to our own.
"The really nice thing about finding systems like this is that it shows that there are many more out there," said Alan Boss, of the Washington-based Carnegie Institution for Science, who wasn't involved with the find. "Mother Nature really had fun making planets."
Although most of the planets identified are large — about 13 to 25 times the mass of our home — those behind the discovery, announced Tuesday at an international conference in France, say they're nearly certain they've identified one only 1.4 times the size of Earth.
Planets found outside the solar system are called "exoplanets" and this would be the smallest one ever spotted.
Scientists have been successfully hunting exoplanets for about 15 years, and they've now catalogued some 450. But most finds have been limited to one or two or three planets per star, usually gargantuan balls of gas similar to Jupiter or Saturn.
But at up to seven planets, the new discovery nearly matches our own solar system, which counts eight.
Christophe Lovis of Geneva University, one of the scientists behind the find, said the first five were most comparable to Neptune.
"They are made essentially of rocks and ice. They have a solid core. But on top of that is a layer of gas, of hydrogen and helium most likely," he said. "They are probably not habitable."
The sixth is possibly a Saturn-like planet, while the seventh, the smallest, would be so close to its star that its "year" would take just over a day.
Lovis and his team haven't been able to observe the planets directly, which is typical. Few planets can be seen against the blazing light given off by their much more massive parent stars. The European Southern Observatory compares the challenge to "spotting a dim candle in front of a raging forest fire."
So the scientists used the observatory's 3.6 meter (11.8 foot) telescope at La Silla, Chile, to study the star itself. Over six years, they took 190 measurements, checking it for the telltale wobbling caused by the gravitational forces of nearby planets.
Boss noted that the method was "biased toward finding the big guys" because the greater the planet, the greater its gravity and the more it made its parent star wobble. But he said the discovery showed that finding smaller planets was still possible.
"This field has gone from zero to close to 500 planets in just 15 years," he said. "Fifteen years ago we did not know about the big guys. Earth-like planets are going to be quite commonplace."
The find was made by researchers from Switzerland, France, Germany, and Portugal and has been submitted to the journal Astronomy and Astrophysics.
Satter reported from London.
European Southern Observatory:
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Wednesday, August 25, 2010

7 Best Stress-Fighting Foods

Wouldn’t it be awesome if there was a magic nutrient that could stop the flow of stress hormones—the very hormones that make your body superefficient at storing fat calories? Wouldn’t you want to gobble that food up like crazy, especially if it tasted great? Half a medium papaya carries nearly 75 percent more vitamin C than an orange, and provides potent protection against stress. Researchers at the University of Alabama found 200 milligrams of vitamin C—about as much as you’ll find in one large papaya—twice a day nearly stopped the flow of stress hormones in rats. It should work for you, too. 
Other smart sources of vitamin C: Red bell peppers, broccoli, oranges 
Bonus Tip: The closer an ingredient is to its original form, the healthier it is for you. Avoid the worst side of the nutritional spectrum by familiarizing yourself with this shocking list of The 15 Worst Food Creations of 2010.

Peppermint Tea
The mere scent of peppermint helps you focus and boosts performance, according to researchers. Another study discovered that peppermint tea makes drivers more alert and less anxious. 
Other smart sources of peppermint: Peppermint candy and peppermint oil 
Bonus Tip: Beware of disastrous drinks that only pretend to be healthy. Avoid 2,000-calorie shakes, 1,500-calorie smoothies,  and other big offenders in this eye-popping list of The 20 Worst Drinks in America in 2010.

Pumpkin Seeds
Pumpkin seeds are loaded with stress-busting potential thanks to high levels of magnesium. Only about 30 percent of us meet our daily magnesium requirements, placing the rest of us at a higher risk for stress symptoms such as headaches, anxiety, tension, fatigue, insomnia, nervousness and high blood pressure. (Basically we’re frayed wires, and magnesium is the electrical tape that can pull us back together.) A quarter cup of pumpkin seeds gives you half your day’s magnesium requirements.
Other smart sources of magnesium: Spinach, Swiss chard, black beans, soybeans, salmon

The healthy fats buried in the avocado’s flesh make it an ideal choice when you’re craving something rich and creamy. The reasons? Monounsaturated (healthy) fatty acids, and potassium--both of which help combat high blood pressure. Avocado fat is 66 percent monounsaturated, and gram-for-gram, the green fruit has about 35 percent more potassium than a banana. Whip up a fresh guacamole or slice a few slivers over toast and top with fresh ground pepper.
Other smart sources of potassium: Squash, papaya, spinach, bananas, lentils
Bonus Tip: Learn how to put these and other health-promoting foods to work in your daily diet to lose weight fast and look and feel better. Sign up for the free Cook This, Not That! newsletter. You’ll have quick and delicious recipes delivered right to you inbox.

Not only does omega-3 fat protect against heart disease and cognitive decline, but according to a study from Diabetes & Metabolism, the wonder fat is also responsible for maintaining healthy levels of cortisol. And what’s the world’s best source of omega-3s? Salmon. But there’s another trick in salmon’s arsenal—a sleep-promoting amino acid called tryptophan. One salmon filet has as much tryptophan as you need in an entire day, and if there’s one remedy for stress, it’s a good night of blissful Zs.  
Other smart sources of omega-3 fats: Flaxseeds, walnuts, sardines, halibut
Other smart sources of tryptophan: Chicken, tuna, beef, soybeans
Bonus Tip: The favorite trick of your friendly neighborhood restaurant? Substituting salt for flavor. Studies have linked high-salt foods to increased risk of high blood pressure, stroke, and even heart disease--and experts recommend getting no more than 2,300 milligrams of sodium in your diet each day. Keep your salt intake in check by cooking with high-quality, locally sourced ingredients—and by dodging the salty disasters in this list of the 30 Saltiest Foods in America.

The almond's first stress-buster is the aforementioned monounsaturated fats, but at risk of belaboring that point, let’s look at another almond-centered, mind-calming nutrient: vitamin E. In one study, Belgium researchers treated pigs with a variety of nutrients just before sticking them in a transportation simulator (basically a vibrating crate). After 2 hours of simulation, only those pigs treated with tryptophan and vitamin E had non-elevated levels of stress hormones. Almonds, thankfully, are loaded with vitamin E. To reach your day’s requirement from almonds alone, you need to eat about 40 to 50 nuts. Or you can mix them with other vitamin-E rich foods to save calories and add more dietary variety.
Other smart sources of vitamin E: Sunflower seeds, olives, spinach, papaya

A biochemical effect of stress is a depleted stock of serotonin, the hormone that makes you feel cool, calm, and in control. One reliable strategy for boosting serotonin back to healthy levels is to increase your intake of carbohydrates. That said, scarfing down Ding Dongs and doughnuts isn’t a sustainable solution. Rather, to induce a steady flow of serotonin, aim to eat fiber-rich, whole-grain carbohydrates. The slower rate of digestion will keep seratonin production steady and prevent the blood sugar rollar-coaster that leads to mood swings and mindless eating.
Other sources of fiber-rich carbohydrates: Quinoa, barley, whole-wheat bread, Triscuits
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Saturday, August 21, 2010

Can Android Tablets Compete with the iPad?

We’ve rounded up what we know about upcoming Google Android tablets to see if any devices will give the Apple iPad a true rival.
With the success of Apple’s iPad, virtually every manufacturer is brainstorming their own version attempting to ride the tablet wave. Sound familiar? The tablet market seems to be following the path of smartphones, but there is a key difference this time: Apple doesn’t have quite the head start they had back when the first iPhone was released. Android has made a big dent in the mobile industry and it’s looking to do the same for tablets. Apple sold 3 million iPads in the first 80 days and they’re expected to sell around 20 million more in 2011. If Android wants to get its foot in the door then the time is now, before they fall behind again and it takes years to catch up. More and more manufactures are unveiling plans for tablets and the vast majority are choosing Android (sans HP with their Web OS tablet). Below we’ve rounded up everything we know at this point about upcoming Android tablets and when they might hit the market. If there is a tablet we have missed, let us know and we will add it to the list!

Archos 7

The Archos 7 features a 7-inch (800×400) display, 8GB of internal storage along with a micro SDHC slot (for additional storage) and an ARM Cortex A8 processor. The Archos 7 has been available since March and it runs for $199.99.

Cisco Cius

Last month Cisco revealed its plans to join the tablet arms race with the Cius. The Cius will pack a 7-inch screen, a 720p webcam on the front and a 5 megapixel camera on the back. No firm launch date has been set, but Cisco has stated that they’re shooting for early next year.

Velocity Micro Cruz Tablet

Velocity Micro will step away from its luxury gaming throne to dabble in the emerging Android tablet market with the release of their Cruz Tablet this summer. It will feature a 7-inch touch-screen, 4GB of built-in storage, and will accept SD cards for additional storage. The Cruz Tablet will release this summer at a surprisingly low price of $300.

Samsung Galaxy Tab P1000

Samsung unveiled a picture of its upcoming Samsung Galaxy Tab last month and it looks like the iPad’s smaller twin. It will feature a 7-inch AMOLED display, Android 2.2, 16GB of internal storage with a microSD expansion slot, and will be powered by a 1.2GHz A8 processor. The Galaxy Tab is expected to launch sometime this summer and a larger 10-inch tablet from Samsung has been rumored to follow.

Dell Streak

Stewart Wolpin thought the Streak was closer to a large cell phone than a tablet in his hands-on impressions, but it’s being promoted as a tablet so we’ll play along. The streak will feature a 5-inch display, 5 megapixel camera, and integrated social media apps such as Twitter and Facebook. No solid release date has been set for the Streak, but its unlocked price is expected to be $500.

Notion Ink Adam

The Adam will be the first tablet on the market to feature the Pixel Qi display. The 10-inch transflective LCD display offers 3 different modes for viewing including a reflective e-paper mode for low power viewing even in bright sunlight. The Adam is expected to be released in Q3 of this year in selected countries.

ICD Ultra

ICD’s follows up its 15-inch Vega tablet with the ICD Ultra, a smaller Android-based device. The ICD Ultra will feature a 7-inch touchscreen display, a NVIDIA Tegra T20 chipset, and integrated 3G, Wi-Fi, and Bluetooth. Pricing and a final release date have not been set.

Pandigital Novel

The Pandigital Novel can be classified as an eReader but since it features a web browser and media player we think it crosses into tablet territory as well. The Novel will features a 7-inch color 800×600 touchscreen, an SD card slot for adding storage, and will integrate with the Barnes & Noble eBookstore. It will be priced at $199 and is slated to go on sale this month.

NEC Life Touch

The Life touch will feature a 7-inch TFT LCD screen, ARM Cortex A8 processor and 256MB of RAM. The Android 2.1 device is expected to be available in Japan in October with no official price as of this article.

Google Tablet

Details are still scarce on the rumored Google Android Tablet. There have been reports that Verizon and Google are working together on a tablet, but at this point we don’t even know if Google’s Tablet will run on Chrome OS or Android.

Acer Tablet

The Acer tablet looks very similar to its LumiRead e-book reader that was announced at the same event back in may. Not many details have been released but we do know that it will feature a 7-inch color display, will run Android, and has a likely Q4 release date.

LG Tablet

LG announced on July 6th that they will be jumping into the Android tablet market. They didn’t however provide any details on the device, only stating that it plans to release it in the fourth quarter of this year.

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COAST TO COAST: Afterlife And Contact With The Dead

Author Craig Hogan shared his research into contact with the dead, and the powers of the mind. The human mind exists independently of the brain, he argued, citing remote viewing ability as an example of how the mind can see at a great distance. During the dream state, it's the mind that's active, not the brain, he added.

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