The Future Is Here Today...Robots, Genetics, AI, Longevity, Singularity

by Aaron Saenz on November 16th, 2009

Release the drones! Jules Jaffe from UC San Diego’s Scripps Institute just received $1 million in funding from the National Science Foundation to build a fleet of drones to explore the ocean. The Autonomous Underwater Explorers (AUE) could help track everything from tsunamis to squid spawn. Looking like miniature Death Stars, the soccer ball sized AUEs will be able to control their buoyancy as they are carried by currents to help researchers map the ocean’s behavior at different levels. Once deployed, the AUE program could help determine the efficacy of protected marine habitats, retrieve the black box from a crashed plane, or track an oil spill.

The drone swarm will eventually help explore the ocean (left). Right now, there are only five or six of the prototypes (right).

The underwater drone swarm will eventually help researchers at UC San Diego explore the ocean (left). Right now, there are only five or six of the prototypes (right).

While the AUEs aren’t exactly articulated machines, they have many of the features and benefits of swarm robotics. As with many swarm robots, their strength is in numbers, and communication between individual bots. A solitary drone could only tell researchers about the conditions in its immediate vicinity. A fleet of drones will be able to describe their relative movement and the variations in ocean activity. It’s a cool concept that has great scalability. Right now Jaffe is planning on hundreds of drones, but imagine what we could learn with thousands or millions. The ocean is the last great frontier on Earth and these unmanned devices may be our best way of exploring it.

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UC San Diego is organizer a collectively created visual model of the mouse brain. Open up Mickey, it's time to see what's inside.

University of California San Diego is organizing a collectively-created visual model of the mouse brain. Open up, Mickey, it's time to see what's inside.

It may sound like the premise for the next roller coaster ride at Disney Land, but UC San Diego is serious about letting you take a virtual voyage through the brain of a mouse. Their new open source resource, called the Whole Brain Catalog, allows scientists to navigate through a visual model of a mouse brain. Not only that, but each research team can also upload their latest results helping to improve the accuracy of the WBC overtime. UCSD hopes that their new creation will prove to be a valuable utility for scientists all over the world. Watch a brief demo of the catalog in the video after the break.

Much like MIT’s Registry for Standard Biological Parts, or even Google Earth, the Whole Brain Catalog hopes to build off of collective knowledge. Individual research groups contributing to a central repository of information is going to change the way the scientific community works. In the short term, teams around the world will have access to a visual model of the brain that is used most often in their labs. In the long term, the success of WBC could help usher in a new era of the rapid exchange of scientific information. The quicker that researchers can share their results, the faster other teams can benefit from them, and the sooner we will all enjoy the technological innovations they create.

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