An anonymous reader writes "A study presented last week at the IEEE Web Security and Privacy workshop shows that frame busting code used at popular websites is easily circumvented. Frame busting is a widely used technique to prevent clickjacking attacks. The researchers propose better frame busting code and suggest that websites migrate to this new code."

lucidkoan writes "MIT researchers recently unveiled the world's first thin-film solar cell printed on a sheet of paper. The panel was created using a process similar to that of an inkjet printer, producing semiconductor-coated paper imbued with carbon-based dyes that give the cells an efficiency of 1.5 to 2 percent. That's not incredibly efficient, but the convenience factor makes up for it. And in the future, researchers hope that the same process used in the paper solar cells could be used to print cells on metal foil or even plastic. If they're able to gear efficiencies up to scale, the development could revolutionize the production and installation of solar panels."

antdude writes "This GamesRadar article compares a bunch of fantastic video game weapons and their real-life equivalents: 'There are certain things we just accept in video games. An overweight pipe technician can jump five times his own height. A first aid kit will instantly heal bullet wounds and replace lost blood. And any theoretical physics model can be cleanly packaged into a lightweight, handheld weapon with a minimum of fuss. But in certain cases, that last one isn't too far off the truth. As guano loopy as most game weaponry is, some of it definitely isn't implausible. In fact, some of it exists already. Kind of.'"

Reader oxide7 is one of the many to note that the heaviest speculation is mostly over (still waiting on the price, though) about Apple's anticipated new device (though there are surely plenty of questions about the device's hardware capabilities and the scope of its software and content marketplace): "At an event in San Francisco Apple released its anticipated iPad.'[It's] Way better than a laptop, way better then a phone. You can turn it any way you want. To see the whole page is phenomenal,' said Jobs." The (0.5") skinny: 1.5 lbs, multitouch, up to 64GB of flash, 9.7" screen, and a 1Ghz "Apple A4" chip (more about the A4 in Engadget's developing story). The iPad is closer in concept to an expanded iPhone (OS and all) than a miniaturized laptop, though it doesn't have quite as much connectivity as you might expect, with no 3G connection built in. (You'll have to make do with 802.11n, Bluetooth, and tethering.) Live coverage is ongoing at gdgt live, Engadget, and Gizmodo, as well as various others. Update by timothy, 19:58 GMT: Got the 3G part wrong; 3G is indeed an option. Prices run from $499 (16GB flash, WiFi but no 3G) to $829 (WiFi and 3G, 64GB flash). Should start shipping in 60 days (WiFi only), in 90 days for 3G. Surprsingly, no built-in camera.

An anonymous reader writes with this excerpt from Cosmos: "Astronomers have made the first direct capture of a spectrum of light from a planet outside the Solar System and are deciphering its composition. The light was snared from a giant planet that orbits a bright young star called HR 8799 about 130 light-years from Earth, said the European Southern Observatory (ESO). ... The find is important, because hidden within a light spectrum are clues about the relative amounts of different elements in the planet's atmosphere. 'The features observed in the spectrum are not compatible with current theoretical models,' said co-author Wolfgang Brandner. 'We need to take into account a more detailed description of the atmospheric dust clouds, or accept that the atmosphere has a different chemical composition from that previously assumed.' The result represents a milestone in the search for life elsewhere in the universe, said the ESO. Until now, astronomers have been able to get only an indirect light sample from an exoplanet, as worlds beyond our Solar System are called. They do this by measuring the spectrum of a star twice — while an orbiting exoplanet passes near to the front of it, and again while the planet is directly behind it. The planet's spectrum is thus calculated by subtracting one light sample from another."