Rubin claims the releases will come from 8 or 9 manufacturers with faster adoption seen in Europe as US carriers try to “create highly distinctive versions of the Android phone to give themselves an edge.” Sure, edge, if that’s what you want to call the US cartel of hoops and handcuffs then go right ahead. Interestingly, Rubin also further clarified the three flavors of Android which break down as follows:

• Google-free: Free to download version of Android without Google applications like Gmail or Google Calendar. Access to Android applications is at the whimsical fancy of the manufacturer.
• Strings attached: Same as above but manufacturers sign a distribution agreement with Google and pre-install the Google applications. Of Rubin’s possible 20 phones, 12 to 14 fall into this category
• The Google Experience: Phones featuring the Google logo with all Google apps installed and includes unrestricted access (neither the carrier nor handset maker can block applications they find objectionable) to the Android market. 5 or 6 of the 20, Android phone mentioned by Rubin will deliver the full Google Experience as god and Sergey designed it.

The match will be contested by Barcelona and holders Manchester United, who are the first defending champions to reach the final since Juventus in 1997, and will be looking to be the first team to retain the European Cup since Milan in 1990. This is the fifth year in a row in which the final involves at least one English team.

The Doodle Link

As a result, Europe will hold a scientific and technological lead over the United States in some key areas of cosmology, at least for a while.

On Monday, NASA will send a crew of astronauts to install greatly improved instruments on the 18-year-old Hubble Space Telescope. Just three days later, the European Space Agency will launch two even more advanced telescopes, named Planck and Herschel.

The American and European launchings will be ”right on top of each other,” said Jon Morse, the director of NASA’s Astrophysics Division.

If all three instruments work as planned, scientists will be able to look back almost to the birth of the universe 13.7 billion years ago. They could detect the first stars and galaxies, and prove — or disprove — theories about what happened in the first seconds after the ”big bang,” when cosmologists think that everything began.

DIFFERENT VIEWING

Each of the three telescopes ”sees” things in a different wavelength of the electromagnetic spectrum. It’s like looking through different windows on the cosmos.

Hubble sees mostly in optical light, the narrow band between infrared and ultraviolet that’s visible to human eyes. Herschel will collect photons — particles of light — in a much wider infrared wavelength. Planck detects even longer microwaves, which carry photons left over from the big bang.

The three telescopes will study ”different pieces of the universe,” said Ray Villard, Hubble’s news director. “They’re complementary.”

Herschel will have the largest mirror ever put in space, 11.5 feet across, half again as big as Hubble’s mirror. Planck will have the sharpest vision, detecting differences as small as two parts in a million. Hubble, meanwhile, is better able to study galaxies, stars and planets beyond our solar system.

To save money, ESA will launch Planck and Herschel atop a single Ariane 5 rocket from the European spaceport in French Guiana, on the coast of South America. They’ll travel separately to a point 900,000 miles away, where they’ll enter a yearlong orbit around the sun.

THREE-YEAR PERIOD

Herschel, named for British astronomer William Herschel, the discoverer of Uranus, will sweep the entire sky every six months over a three-year period. It will build the most accurate map ever made of the cosmos.

Because light from very old and distant objects is stretched out toward the red end of the electromagnetic spectrum, Herschel’s infrared vision will let it see stars and galaxies as they were forming billions of years ago.

The best American infrared telescope, NASA’s 5-year-old Spitzer Space Telescope, has a much smaller mirror — 2.8 feet — and a narrower viewing range than Herschel’s.

”Herschel is big brother to Spitzer,” Villard said. “Herschel does everything Spitzer does, but does it better.”

The Planck satellite is named for Max Planck, a famed German physicist of the last century. Because it detects microwaves, Planck will study tiny ripples in the cosmic microwave background, a curtain of hot plasma shrouding what happened before the universe was 380,000 years old. Astronomers think that these irregularities formed the seeds of future galaxies.

”Planck will provide the deepest, clearest, sharpest and least obstructed view of the beginning of the universe ever seen,” said Benjamin Wandelt, a Planck scientist at the University of Illinois at Urbana-Champaign. It will be “a quantum leap in our ability to address fundamental questions about how the universe began.”

Planck is 10 times more sensitive and has three times the resolution of the best American microwave telescope, the Wilkinson Microwave Anisotropy Probe, which was launched in 2001. Planck can detect temperature differences as small as one 10-millionth of a degree.

In space, Europe gets ahead of U.S. – Sci-techs.com