Birds were the inspiration for the first airplanes, but, in this episode, host Danni Washington takes a look at how exactly that connection succeeded. She’ll fly planes in tight formation to mimic the birds flight patterns, and even jump out one!
Lately, we’ve been turning toward nature more to create our buildings, not just the materials, but in the way they’re constructed! In this episode, join host, Danni Washington, as she tours the "living building" known as the Bullit Center.
Every species found in nature is a survivor, there’s a reason they’ve been on the planet for as long as they have. Host Danni Washington is trying to figure out what humankind can learn from them that we can use to protect ourselves.
The ocean covers more than 70 percent of our planet’s surface and humankind has only explored about 5% of it. But the diverse wildlife from the areas we have investigated serves as a major source of inspiration for modern technology!
Electricity is a basic part of life. Besides fossil fuels, Nature has plenty of natural sources of power. One in particular overshadows all of the others....the sun!
Nature can be very...sticky! There are pesky plant birds that became an inspriration for velcro. A fish with his own suction cup. And the gecko which has inspired tech in many ways!
Helicopters took a lot of their early inspiration from one of nature's most efficient fliers in the dragonfly and host Danni Washington's going to take one for a spin to see exactly how! She'll also take a look at how this insect and the wings of owls.
While inventors have been looking toward nature as inspiration for centuries, this science is just starting to come into it's own and was recently given a name... Biomimicry! Join Danni Washington as we visit all the new places where this science is taking hold, from schools, to zoos, to national conventions like the USA Science and Engineering Festival in Washington D.C.!
To many people the thought of sharks can be scary but they're actually a huge help to our oceans... and have inspired some awesome tech! Danni Washington will take the plunge and swim with sharks, relaying how their skin is being used to fight germs and their senses can help build better robots! And Danni goes surfing to reveal how scientists are developing wetsuits that are invisible to sharks!
Animals in nature have other ways of communicating than you or I do and many of them are able to move collectively in packs called "swarms". Host Danni Washington takes a look at how today's scientists are studying this swarm behavior to make better robots that will help in our factories, to collect things on other planets, or to make better autonomous cars!
Some of the world's strongest materials are naturally made like the silk spiders use to make their webs which, pound for pound, is actually 5 times stronger than steel. In this episode, Danni Washington will look into how we're looking toward nature to make our other things stronger... like glass, metals, and even ourselves!
Drones are all the rage right now... and, thanks to nature, they're doing things that we never imagined! Join Danni Washington as she explores aerial drones that can perch on walls, dive in and out of water, and communicate in swarms!
Robots are built for all kinds of things and, these days, their inventors are looking toward nature to see how animals can help them to do the things that humans can't! Join Danni Washington as she checks out tiny robots based on manta rays that are helping to fight heart problems and robots that are learning to run as fast as our speediest animals.
See how nature makes our favorite physical activities a little better! Shark Wheel skateboarding and more.
Whales have changed the way humans move on land. Today, we go whalte watching to discover new inventions inspired by the humpback whale!
Discover how microscopic bacteria can create organic fertilizer. She heads out to sea to explore "3-D" ocean farming. And a "cool" solution to refrigeration is inspired by ants, elephants and kangaroos.
Host Danni Washington presents the amazing world of Bio-Hybrid science, where sea slugs become robots, spinach plants prevent explosions and jellyfish could help prevent heart failure.
Our oceans are almost as vast and unexplored as the far reaches of our solar system. Join host Danni Washington as she meets an inventor using squids to create a new kind of camera.
Whether it's under the ocean, in the jungle, or up in the air, our animal friends can have a remarkable way of presenting themselves to the world. Bionic boots inspired by the ostrich. Clothing of the future that could last nearly forever.
Host Danni Washington presents the latest robots, inspired by nature. In this new age of robotics, machines slither like snakes, robots with wings fly like birds and squishy mechanical creatures inch along like worms.
When it comes to biomimicry, the Animal Kingdom isn't the only place to look for inspiration! Uncover some of the different ways plants and fungi are inspiring new inventions and technologies - like a pair of baby shoes made from mushrooms.
The millions of species on Earth have spent billions of years learning to survive vast changes in climate. Host Danni Washington follows scientists and inventors as they turn to Nature to help us cope with a warming world.
Explore the latest advances in medicine, all inspired by nature. Discover a glue made from synthesized mussel adhesive, a prototype for an artificial heart that is part spinach leaf and a new form of cardiogram based on an ivy plant.
Learn how biomimicry is being used for space exploration. Through virtual reality, visit the International Space Station, learns how a Mars Rover has been inspired by the inchworm and more.
Host Danni Washington experiences amazing new modes of transportation, all inspired by nature. There's a robot on wheels, patterned after sea urchins, that may someday roll on Mars. And a motorcycle inspired by shark skin.
Test a new type of glass, inspired by spiders, that deters birds from crashing into it. And she visits a new type of farm that delivers better-tasting produce at a cheaper cost than traditional farms.