From Wired Top Stories: How an Indie Designer Landed Her Plushies at Petco

Petco was searching for a new way to re-energize the pet-friendly toy line of their nationwide chain when they found Kristin Tercek. The NYU film school grad started her career producing animations for Coca-Cola, Cartoon Network, and Saturday Night Live. But it wasn’t her on-screen endeavors that caught the pet supply store’s attention. It was her line of hand-sewn plushies, with a following among collectors, gallery owners, and a category manager at Petco.

from Wired Top Stories

From The UberReview: This Super Computer is Made of Lego and Raspberry Pi


We’ve seen DIY supercomputers before: take a few motherboards, give them all the same processor, give them all the same amount of RAM and couple them all together via LAN. It has been a cheap and effective way for educational institutions (and enthusiasts) to jump into supercomputing. The Iridus-Pi continues in the same vein, using a cluster of 64 Raspberry Pi computers and Lego.

University of Southampton Professor Simon Cox has done an outstanding job here, but I definitely think that the next step needs to be doing something to address the power supply issue. The Raspberry Pi runs off 5v micro-USB and can run off 4 x AA batteries, it shouldn’t be too hard to figure out a system that significantly cuts down on the amount of adapters and power strips involved.

[Simon Cox via Make]

from The UberReview

From Popular Science – New Technology, Science News, The Future Now: Video: Government Wizards Levitate Drugs With Ultrasonic Sound

Levitating Drugs Dan Harris
To create brand-new drugs, pharmaceutical researchers have turned to levitating them with blasts of ultrasonic sound.Good drugs dissolve easily in the body. Bad pharmaceutical molecules, meanwhile, lock themselves into hard-to-absorb crystals that require strong doses to work, and this overcompensation often leads to crummy side effects.

Unfortunately, the very lab equipment that pharmaceutical researchers use to create new crystal-free drugs can cause the molecules to crystallize.

To get around this conundrum, science wizards at Argonne National Laboratory, a government-run facility southwest of Chicago, counteract gravity with two opposing speakers. Each speaker pumps out sound at 22,000 hertz–just beyond the upper range of human hearing–and form a standing sound wave that can trap blobs of dissolved experimental compounds.

The technique isn’t a way to mass-manufacture new drugs, at least yet. But the stuff floating in the video above can be moved in the X-ray beamline of Argonne’s Advanced Photon Source for detailed chemical analysis–and that might lift promising new drugs into the clinical trial pipeline faster.

from Popular Science – New Technology, Science News, The Future Now