KermodeBear writes in to note that according to Smashing Magazine, the newest version of Internet Explorer, codenamed "Eagle Eyes," supports Firefox plugins, the Gecko and Webkit rendering engines, and has scored a 71 / 100 on the Acid3 test. The article is pretty gee-whiz, and I don't entirely believe the claims that IE's JavaScript performance will trounce the others. (And note that the current Firefox, 3.0.8, scores 71 on Acid3, and Safari 3.1.2 hits 75.) No definitive date from Microsoft, but "sources" say that an IE 8.1 beta will be released in the summer.

eldavojohn writes "It's often assumed that representing data reaches a limit when you get to the point that an atom represents one bit in some form or fashion. But Stanford University researchers have used a quantum hologram model to store the characters 'S' and 'U' by encoding the data at a rate of 35 bits per electron."

mcgrew writes "New Scientist reports that a British team has overcome the obstacles to cheap LED lighting, and that LED lamps as cheap as CFLs will be on the market in five years. Quoting: 'Gallium nitride cannot be grown on silicon like other solid-state electronic components because it shrinks at twice the rate of silicon as it cools. Crystals of GaN must be grown at 1000C, so by the time a new LED made on silicon has cooled, it has already cracked, rendering the devices unusable. One solution is to grow the LEDs on sapphire, which shrinks and cools at much the same rate as GaN. But the expense is too great to be commercially competitive. Now Colin Humphreys's team at the University of Cambridge has discovered a simple solution to the shrinkage problem. They included layers of aluminium gallium nitride in their LED design... These LEDs can be grown on silicon as so many other electronics components are. ... A 15-centimetre silicon wafer costs just $15 and can accommodate 150,000 LEDs making the cost per unit tiny.'"

Pranav writes "Using semiconductor lasers, scientists from Takushoku University, Saitama University, and NTT Corporation achieved random number rates of up to 1.7 gigabits per second, which is about 10 times higher than the second-best rate, produced using a physical phenomenon. Future work may center on devising laser schemes that can achieving rates as high as 10 Gbps."

Researchers at the University of Illinois have completed a study about using video games to stimulate cognitive function in adults over 60 years old. The scientists selected a strategy game — because of its scope and the variety of different tasks involved — and trained a group of subjects on how to play. The gamers then scored better than a control group on a number of cognitive tests. Quoting: "The tests included measures of their ability to switch between tasks, their short-term visual memory, their reasoning skills and their working memory, which is the ability to hold two or more pieces of information in memory and use the information as needed. There were also tests of the subjects' verbal recall, their ability to inhibit certain responses and their ability to identify an object that had been rotated to a greater or lesser degree from its original position. The researchers found that training on the video game did improve the participants' performance on a number of these tests. As a group, the gamers became significantly better — and faster — at switching between tasks compared with the comparison group. Their working memory, as reflected in the tests, also was significantly improved. Their reasoning ability was enhanced. To a lesser extent, their short-term memory of visual cues was better than that of their peers, as was their ability to identify rotated objects."