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pbsthisdayinhistory:

March 27, 1912: The First Japanese Cherry Blossom Trees Are Planted in the U.S.On this day in 1912, the first two Japanese cherry blossom trees were successfully planted by First Lady Helen Taft and Viscountess Chinda on the Tidal Basin in Washington, D.C. Japanese Mayor Yukio Ozaki of Tokyo gave the U.S. over 3,000 trees to demonstrate the growing relationship between the U.S. and Japan.Every spring, Washington D.C. commemorates the initial planting through the National Cherry Blossom Festival. This year, the peak bloom is forecast for April 8-12. 
As you wait for this year’s blooming period, treat yourself to this delicious spring recipe, a Raspberry, Pistachio, and Vanilla Semifreddo from PBS Food.Image: Cherry blossoms in Washington D.C. 2013

pbsthisdayinhistory:

March 27, 1912: The First Japanese Cherry Blossom Trees Are Planted in the U.S.

On this day in 1912, the first two Japanese cherry blossom trees were successfully planted by First Lady Helen Taft and Viscountess Chinda on the Tidal Basin in Washington, D.C. Japanese Mayor Yukio Ozaki of Tokyo gave the U.S. over 3,000 trees to demonstrate the growing relationship between the U.S. and Japan.

Every spring, Washington D.C. commemorates the initial planting through the National Cherry Blossom Festival. This year, the peak bloom is forecast for April 8-12.

As you wait for this year’s blooming period, treat yourself to this delicious spring recipe, a Raspberry, Pistachio, and Vanilla Semifreddo from PBS Food.

Image: Cherry blossoms in Washington D.C. 2013

The RoboTuna’s latest iteration comes by way of MIT, and cloaked in soft teal silicone. The fish, which keeps all of its computation and sensors in its head, contains a carbon dioxide canister that puffs pockets of gas to different parts of the body, making it undulate. It can also do something called a C-turn, an escape mechanism real fish pull off to avoid predators.
Meet the latest, greatest robo-fish

The RoboTuna’s latest iteration comes by way of MIT, and cloaked in soft teal silicone. The fish, which keeps all of its computation and sensors in its head, contains a carbon dioxide canister that puffs pockets of gas to different parts of the body, making it undulate. It can also do something called a C-turn, an escape mechanism real fish pull off to avoid predators.

Meet the latest, greatest robo-fish

One Innovation By Design entrant is Hello Compost, a proposed program in which low-income families will be able exchange compost for produce credits.

“We need to re-imagine the role of food waste from being a smelly, unattractive side effect of eating to an attractive resource for residents to positively impact their community and to help put fresh food on the table,” says cofounder Aly Blenkin.

More info…

The RoboRoach is a $99 kit consisting of electrodes, sensors, and a few batteries that allows anyone to drive their very own cockroach.
Attaching the electronic “backpack” to an unwitting arthropod is not for the squeamish. You must sand down the top of the critter’s head in order to attach a plug, “Exactly like the Matrix,” says Backyard Brains cofounder Greg Gage. Once installed, the system relays electrical impulses over a Bluetooth connection from your phone to the cockroach’s brain, via its antennae. The roach perceives each stimulus to its antennae as an obstacle, and changes direction. The same technique, applied to the cilia of the inner ear, is used in cochlear implants and during deep brain stimulation for treating a variety of disorders.
Greg Gage is an electrical engineer-turned-neuroscience student at the University of Michigan who, with his cofounder Tim Marzullo, started developing the RoboRoach three years ago. "The reason why we started is because I was annoyed that it was so late that I found out about a career in neuroscience. We have one in five people with a neurological disorder and we have no cures—we’re kind of in the dark ages. We want to get kids to understand that this is a career, and you can do so many amazing things."
Watch: The RoboRoach, a remote-controlled cockroach

The RoboRoach is a $99 kit consisting of electrodes, sensors, and a few batteries that allows anyone to drive their very own cockroach.

Attaching the electronic “backpack” to an unwitting arthropod is not for the squeamish. You must sand down the top of the critter’s head in order to attach a plug, “Exactly like the Matrix,” says Backyard Brains cofounder Greg Gage. Once installed, the system relays electrical impulses over a Bluetooth connection from your phone to the cockroach’s brain, via its antennae. The roach perceives each stimulus to its antennae as an obstacle, and changes direction. The same technique, applied to the cilia of the inner ear, is used in cochlear implants and during deep brain stimulation for treating a variety of disorders.

Greg Gage is an electrical engineer-turned-neuroscience student at the University of Michigan who, with his cofounder Tim Marzullo, started developing the RoboRoach three years ago. "The reason why we started is because I was annoyed that it was so late that I found out about a career in neuroscience. We have one in five people with a neurological disorder and we have no cures—we’re kind of in the dark ages. We want to get kids to understand that this is a career, and you can do so many amazing things."

Watch: The RoboRoach, a remote-controlled cockroach

Awesome science thing of the day: Scientists are working on a way to unlock the secrets of nature’s best camouflage artists, such as octopuses and squid. These creatures actually change patterns on their skin to fit in instantaneously with their undersea environment. New research can help create sheets of high-tech materials that could be used to camouflage submarines and tanks, creating a new generation of stealth. See how in this video. And check out more science, engineering, and design inspired by nature right here.