Want to read Slashdot from your mobile device? Point it at m.slashdot.org and keep reading!

 



Forgot your password?
typodupeerror
×
Google

Apple vs. Google TVs 403

This SFGate article begins, "Apple and Google just kicked off the first round of their battle for the living room. Based on what we've seen so far, Apple is in the lead. It's still early, and this could change, but it looks like Apple is making an all-around smarter bet than Google." I haven't tried out the Google device yet. The Apple unit is decent, but it's so focused on TV rental that it makes it difficult to work with an existing library of media; between the transcoding, and tedious menu navigation... well, it's a good thing it's only $99. It's a dang cheap way to get your stuff on your bigger screens, provided you're willing to jump through the necessary hoops.

Comment Nope Re:60 years? (Score 1) 197

"An ultra-strong glass that has been looking for a purpose since its invention in 1962"

2010-1962=48, !60

"Corning set out in the late 1950s to find a glass as strong as steel."

2010-1958=52, !60

"Then in 1964, Corning devised an ingenious method called "fusion draw" to make super-thin, unvaryingly flat glass."

2010-1964=46, !60

Space

Scientists Discover Biggest Star 202

Hugh Pickens writes "Scientists at the University of Sheffield have discovered the most massive stellar giant, R136a1 measured at 265 solar masses, using the European Southern Observatory's Very Large Telescope in Chile and data from the Hubble Space Telescope. It's in the Tarantula Nebula in the Large Magellanic Cloud, a small 'satellite' galaxy which orbits the Milky Way. Previously, the heaviest known stars were around 150 times the mass of the Sun, known as the 'Eddington Limit,' and this was believed to be close to the cosmic size limit because as stars get larger, the amount of energy created in their cores grows faster than the force of gravity which holds them together. 'Because of their proximity to the Eddington Limit they lose mass at a pretty high rate,' says Professor Paul Crowther, the chief researcher in the Sheffield team. Hyper-stars like R136a1 are believed to be formed from several young stars merging together, and are only found in the very heart of stellar clusters. R136a1 is believed to have a surface temperature of more than 40,000 degrees Celsius, and is 10 million times brighter than the Sun. Crowther adds that R136a1 is about as big as stars can get. 'Owing to the rarity of these monsters, I think it is unlikely that this new record will be broken any time soon.'"

Slashdot Top Deals

Work is the crab grass in the lawn of life. -- Schulz

Working...