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A group of leading engineers in unmanned aerial vehicles (UAV) gathers on the USS Midway to discuss careers in technology fields. Mike Atwood and Darren Moe of General Atomics describe how their company aids the military, and George Guerre of Northrop Grumman discusses how drones survey various weather conditions. Mike Veale of San Diego Zoo Safari Park explains how drones help stop the poaching of rhinos and elephants in Africa. Part of the “STEAM Leadership” series.
(Source: DCMP)
Carnegie Mellon University Computer Scientist and Electrical Engineer, Anthony Rowe, can always keep an eye on his home, even when he’s traveled to another time zone. That’s because he’s rigged his home with sensors he invented with support from the National Science Foundation. Now all he needs is a laptop to help him keep track of all his appliances – whether they are on or off and how much energy they’re using.
A giant video screen that takes up an entire wall, floor to ceiling, is allowing scientists to see details they've never seen before. Developed at Tufts University with help from the National Science Foundation, the Visualization Wall has a variety of applications. The "VisWall" offers a surgeon the opportunity to teach and practice surgical procedures on avatar renditions of the human body.
In this episode, host Mo Rocca highlights the future of fast ground travel via a hyperloop and discusses a smartphone game that also provides an abs workout. Researchers and medical professionals are using a camera to help check for sun damage. Part of "The Henry Ford Innovation Nation With Mo Rocca" series.
In this episode, Pete Nelson describes his passion for building tree houses, and inventor Anthony Lenzo describes how he plans to turn a smart phone into an underwater camera. Host Mo Rocca features an architect that is creating vertical gardens on Mexico's highways, and the final story explains why the railroad world ditched stream engines for diesel. Part of "The Henry Ford Innovation Nation With Mo Rocca" series.
With support from the National Science Foundation (NSF), Forrest Masters and a team at the University of Florida are developing new technologies to help engineers and scientists better understand the strong, high-wind storms that batter communities along U.S. coastlines. The National Home Education Research Institute (NHERI) has the broad goal of supporting research that will improve the resilience and sustainability of civil infrastructure against the natural hazards of earthquakes and windstorms. Part of the "Science Nation" series.
Stephen Fry, writer and actor, gathers a team of craftsmen to help him build a copy of Gutenberg's printing press and sets himself the task of learning how to make the paper and type to print as Gutenberg once did. These practical trials and tests demonstrate the brilliance of Gutenberg's invention and bring the man and his machine to life. Also investigates why printing mattered so much to Gutenberg and his contemporaries, exploring the political and religious turmoil that shaped Gutenberg's world.
Harnessing energy from the waves of the world’s oceans seems like the ultimate in renewable fuel. With funding from the National Science Foundation, Electrical engineer Annette von Jouanne is leading efforts to capture wave energy, by creating simple, powerful devices that can withstand heavy winds, monster waves, and corrosive salt water. Oregon State University research now underway is based on ocean buoy generators. As ocean swells hit the buoy, electrical coils inside move through a magnetic field, inducing a voltage, and creating electricity.
In recent years, the number and scale of wildfires in the U.S. has risen, threatening cities and forests and forcing large-scale evacuations. NSF is supporting the WIFIRE initiative, led jointly by UC San Diego and the University of Maryland, to better monitor, predict, and mitigate wildfires in the future. Part of the National Science Foundation Series “Science Nation.”
With support from the National Science Foundation, Center Director Doug Keszler and his team in the College of Science at Oregon State University are developing the next generation of electronic circuits, starting with the basic computer chip. In the manufacturing process, they want to replace bulky carbon compounds with metal oxides, in order to put more transistors onto a chip. The new process would be cleaner, faster and cheaper. Part of the National Science Foundation Series “Science Nation.”
More energy from the sun hits the Earth in one hour than is consumed on the planet in a whole year. Caltech chemical engineer Sossina Haile and University of Minnesota mechanical engineer Jane Davidson are working to expand the nation’s renewable energy storage capacity. Their mission is to put the heat of the sun to work creating renewable fuels from sources that don’t need to be drilled out of the ground. Part of the National Science Foundation Series “Science Nation.”
Modern emails, pagers, faxes, and cell phones! It's all about communication with Timeblazers Sam and Jen, who travel back to test out different communication methods. The message-in-a-bottle tactic proves it could be a long wait before the tide comes in to carry the bottle to sea. It wasn't that long ago that to "log on" meant to throw a log on the fire to send smoke signals. There was the Pony Express and horse-drawn stagecoaches in the 1800s. Then came carrier pigeons, the telegraph, telephones, the Post Office, and overnight delivery.
This University of Miami residence hall may look typical, but students in one of the apartments are participating in research involving one of the planet’s most precious commodities--water. With support from the National Science Foundation (NSF), environmental engineer James Englehardt and his team created a net zero water system, which serves most of the residents’ daily needs, including dish washing, showering and laundry. All of the water is treated just outside the building, and reused in a sustainable loop. Part of the National Science Foundation Series “Science Nation.”
In less than a second a sandfish lizard can dig its way into the sand and disappear. The sandfish's slithering moves are inspiring new robotic moves that could one day help search and rescue crews find survivors in piles of rubble left from disasters. With support from the National Science Foundation, physicist Daniel Goldman and his team at Georgia Tech are studying the lizard’s movements, using x-rays to track it underground. Their findings will contribute to engineering designs for deployable robots that could one day help canine search and rescue teams find survivors more quickly.
While it is relatively straightforward to build a box on the macroscale, it is much more challenging at smaller micro and nanometer length scales. At those sizes, 3D structures are too small to be assembled by any machine and they must be guided to assemble on their own. With support from the National Science Foundation, Brown University mathematician Govind Menon and Johns Hopkins University chemical and biomolecular engineer David Gracias are developing self-assembling 3-D micro and nanostructures which can be used in a number of applications, including medicine.
Timeblazers Sam and Jen go back to a time when ancient Chinese civilizations were using cowrie shells as currency and when buying a water buffalo meant coughing up the animal's weight in coins. They flash forward to the 1800s, when goods could be purchased in exchange for beaver pelts. Then to the middle of the 1400s, when "gold fever" gripped the imaginations of explorers who dreamed of finding the fabled city of El Dorado, but it was the California gold strike in 1849 that brought more than 50,000 prospectors to the West in search of easy riches.
Preserving the environment and developing agricultural products that do not harm unintended targets are top priorities for many scientists and farmers. It’s a new era of crop management known as precision agriculture. It maximizes productivity while minimizing energy use and environmental impacts. One of the major challenges being addressed by precision agriculture is over-fertilization. Support from the National Science Foundation (NSF) has led to the development by startup SupraSensor Technologies of a novel sensor to detect nitrate fertilizer in soil. The SupraSensor device is designed to give farmers a highly accurate, virtually constant stream of data on nitrate levels. Part of the National Science Foundation Series “Science Nation.”
Kit Parker is a lieutenant colonel in the Army Reserve and has served multiple tours of duty in Afghanistan. Even when he’s not in uniform, this Harvard University bioengineer makes it his mission to protect the men and women of the U.S. armed forces. Parker and his team are developing next-generation nanofibers at the Harvard Materials Research Science and Engineering Center (MRSEC). The unlikely inspiration for Parker’s team is none other than the cotton candy machine. They use their own version of that technology to spin a wide range of polymers, both natural and synthetic, into new fabrics and materials for military use. Part of the National Science Foundation Series “Science Nation.”
Timeblazers Sam and Jen meet some geniuses of the past, including Nicholas Copernicus, the first to map out the Solar System; William Shakespeare and his magnificent Globe Theatre; Benjamin Franklin, a great inventor, printer, and philosopher; Thomas Edison, who invented the first practical incandescent light bulb; Eratosthenes, who used a stick to figure out the size of the earth and that the planet was round; Plato, a great philosopher and thinker; Jean-Francois Champollion, who unlocked the mystery of the Rosetta Stone; Magellan, who was the first to sail around the world; and the "Renaissance Man," Leonardo da Vinci.
Vanderbilt University researchers say they're working to unleash an insect repellent on mosquitoes that’s more powerful than DEET. The discovery could one day be effective in reducing the spread of mosquito-borne diseases, such as malaria. It's based on a mosquito's sense of smell. With support from the National Science Foundation, Vanderbilt University biologist Laurence Zwiebel researched which mosquito genes are linked to odor reception. He discovered a separate odor sensor on a mosquito's antennae. According to Zwiebel, mosquitoes use odor sensors to sniff out humans and other tasty animals to bite. The new insect repellent compound takes advantage of his discovery by overwhelming the mosquito’s odor sensors to the point that they can't smell anything else and get scared away.
