Oxford University's Bodleian Library has purchased a huge £26m warehouse to give a proper home to over 6 million books and 1.2 million maps. The Library has been housing the collection in a salt mine, and plans on transferring the manuscripts over the next year. "The BSF will prove a long-awaited solution to the space problem that has long challenged the Bodleian," said its head librarian Dr Sarah Thomas. "We have been running out of space since the 1970s and the situation has become increasingly desperate in the last few years." The 153 miles of new shelf space will only be enough for the next 20 years however because of the library's historic entitlement to a copy of every volume published in the UK.

aarondubrow writes "Imagine a metal that 'remembers' its original, cold-forged shape, and can return to that shape when exposed to heat or a magnetic pulse. Like magic out of a Harry Potter novel, such a metal could contract on command, or swing back and forth like a pendulum. Believe it or not, such metals already exist. First discovered in 1931, they belong to a class of materials called 'shape memory alloys (SMA),' whose unique atomic make-up allows them to return to their initial form, or alternate between forms through a phase change."

stevegee58 writes "As if the Klingon opera described recently here at Slashdot weren't enough, here's an interesting offering for Shakespeare buffs. The Washington Shakespeare Company (based in Arlington VA) will soon be performing selections from Hamlet and Much Ado About Nothing in Klingon."

A refrigerator-sized tank of toxic ammonia, tossed from the international space station last year, is expected to hit earth tomorrow afternoon or evening. The 1,400-pound object was deliberately jettisoned — by hand — from the ISS's robot arm in July 2007. Since the time of re-entry is uncertain, so is the location. "NASA expects up to 15 pieces of the tank to survive the searing hot temperatures of re-entry, ranging in size from about 1.4 ounces (40 grams) to nearly 40 pounds (17.5 kilograms). ... [T]he largest pieces could slam into the Earth's surface at about 100 mph (161 kph). ...'If anybody found a piece of anything on the ground Monday morning, I would hope they wouldn't get too close to it,' [a NASA spokesman] said."

Ostracus writes "It sounds like science fiction, but scientists say it might one day be possible to erase undesirable memories from the brain, selectively and safely. After exposing mice to emotionally powerful stimuli, such as a mild shock to their paws, the scientists then observed how well or poorly the animals subsequently recalled the particular trauma as their brain's expression of CaMKII was manipulated up and down. When the brain was made to overproduce CaMKII at the exact moment the mouse was prodded to retrieve the traumatic memory, the memory wasn't just blocked, it appeared to be fully erased."