Harvard isn’t belt-tightening everywhere. Since 2007, its investment in financial aid to undergraduates has risen by more than 78%, which Harvard said is “significantly outpacing increases in tuition.” Undergraduate tuition for the 2012-13 year climbed 3.5% to $54,496.
As it looks to economize, Harvard has turned some of its attention toward the more than $160 million it spends each year on its nearly 375 year-old library system, which holds 17 million volumes, and includes 73 separate libraries. Widener, the flagship library, alone has 57 miles of shelving.
Harvard is also changing its philosophy on owning books. The goal: Provide access to them rather than collecting each one, which can lead to costs for storage and preservation, a 2009 Harvard task-force report said. The library will extend partnerships to borrow from other libraries, and further digitize its own collection so it can share with others.
The university is finding it “increasingly painful” to manage academic-journal subscriptions, which annually cost it about $3.75 million, Harvard Provost Alan Garber said.
In a move watched throughout academia, Harvard in April urged its faculty members to publish in open-access journals. “Move the prestige to open access,” a memo said.
Keep reading: Wall Street Journal – Economy Tests Harvard
Continue reading The recession hits Harvard…with interesting changes – more money to undergrads, less to books
There is big news on the small satellite front. From super-secret agencies to the U.S. military, academia, private firms, world space agencies, and NASA, ultra-small satellites are the big thing.
In sizing up “smallsats,” there are a range of classifications in the less-than-500- kilogram department, be they minisatellites, microsatellites, nanosatellites, picosatellites, palm-size CubeSats, even the diminutive Femto satellite, weighing in at less than 100 grams.
Cornell University has begun to delve into a postage stamp-size “satellite on a chip” design, called Sprite, envisioning a swarm of these tiny probes exploring planetary atmospheres for organic compounds.
“The knowledge of how to make and use smallsats has passed the tipping point,” Matt Bille told SPACE.com. “It exists worldwide and has fostered a global generation of satellite builders and engineers. It used to be only a few organizations could build a satellite. Now, a smart teenager with a CubeSat kit and a soldering iron is a space agency. We’ve only begun to grasp the implications of that.”
“The age of microspacecraft is on solid ground now.”
Source: Space.com – Small Satellites Prompt Big Ideas for Next 25 Years
Continue reading The era of micro-spacecraft is here – ultra small satellites are everywhere