The After Math: Intel's revenue billions, Android's active millions and a few new Earth-like planets

Welcome to The After Math, where we attempt to summarize this week's tech news through numbers, decimal places and percentages

As we scratch our head and puzzle over the almost-daily financial results for the last quarter, this week's missive takes a slightly sentimental look at how two tech companies were faring a decade earlier. Is it unfair to compare the yesteryear Nokia to Google? Possibly. But it was the same year that a certain Engadget regular claimed a best-selling album -- so it wasn't all bad. Toshiba also unveiled a new pin-sharp Ultrabook to stand up to Apple's Retina displays, and NASA continued the search for habitable planets.

Predicted pricing for touch-enabled laptops with Intel's Bay Trail processor: $200 to $300 Intel's revenue for Q1 2013: $12.6 billion Nokia's revenue for Q1 2013: $7.7 billion Nokia's revenue for Q1 2003: $7.38 billion Google's revenue for Q1 2003: $249 million Artist with the US' top-selling album of 2003: 50 Cent Price of donating via Google's One Today app: $1 Price Google paid for Utah's iProvo fiber network: $1

Price of Kohler's second-generation Numi Comfort Height toilet: $6,000 Record-setting reported number of illegal downloads of Game of Thrones season 3 premiere: 1 million-plus Number of KIRF headphones believed to have been sold by counterfeiter Michael Reeder: 400,000 Pixels per inch on Toshiba's new 13-inch KIRAbook: 221 Pixels per inch on last year's Toshiba Satellite U845: 112 Daily Android activations as of this week: 1.5 million Possibly habitable planets recently discovered by NASA's Kepler telescope: 3 Known planets in our solar system (not including dwarf planet Pluto): 8 Number of Sega's Pluto game consoles to make it to market: 0 Bezel size on Pantech's "zero bezel" Vega Iron: 2.4mm

Source

By: Unknown On 10:45 PM

Continue Reading

Astronomers Discover Potentially Habitable Earth-Like Planet Very Near Us

This story will display in ...

This is really exciting: an international team of astronomers has discovered that Tau Ceti, the closest single star like our Sun, has planets just like our solar system. But more importantly, one of these planets orbits in the habitable zone around the star.

Tau Ceti is very close to Earth. It's only 12 light-years away, which in cosmic terms is just around the corner. It's so close that we can see it with the naked eye at night.

The most exciting news is about the Earth-ish planet found in this solar system's goldilocks region, the circumstellar zone in which, theoretically, life could develop.

The artist's impression above shows its five planets with masses that range between two to six times the mass of Earth. The astronomers, who used more than six-thousand observations and three different instruments to gather the results, say that this is "the lowest-mass planetary system yet detected."

This is an important discovery, as it shows once again that almost every star has planets. According to UC Santa Cruz professor of astronomy and astrophysicist Steve Vogt—one of the authors of the study that is going to be published in the scientific journal Astronomy & Astrophysics—"this discovery is in keeping with our emerging view that virtually every star has planets, and that the galaxy must have many such potentially habitable Earth-sized planets."

The sightly bad news is that the universe seems to give rise to systems that have planets with orbits less than 100 days. According to Vogt, "this is quite unlike our own solar system, where there is nothing with an orbit inside that of Mercury. So our solar system is, in some sense, a bit of a freak and not the most typical kind of system that Nature cooks up."

Still, the evidence seems pretty overwhelming. With an estimated 100 thousand million stars in the Milky Way alone, and millions and millions and galaxies in the universe, the statistical probability of planets full of life just like ours is overwhelming. We now just need to visit. And 12 light years away is a perfect place to start—just in our own neighborhood. Now we just need NASA to get a functional warp drive out the lab. Fast. [UCSC]

View the original article here

By: Dilusha On 11:22 PM

Continue Reading