To celebrate the webs big 50th birthday, Nat Geo takes a fun, nostalgic throwback romp down the cyber highway, from the early days through today. I LOVE THE INTERNET is one part glorious memory lane, one part "how the web changed everything" - our friendships, our habits, even our brains. It's nostalgia entertainment with enough gravitas to make it must-have content on Nat Geo.
2019 • Technology
Like human arteries, motorways, roads and train-lines are the lifeblood of any healthy megacity. Whether smoothly flowing or clogged, a city's transport routes affect its inhabitants' quality of life. Andrew Marr finds out how the monstrous megacities stay fed. He also finds out just how hard it is to ride a rickshaw taxi in Dhaka, and discovers how the London tube, once the most ground-breaking transport system in the world, has been usurped by modern transport like Shanghai's 400km/hour magnetic railway. Andrew joins Mexico City's traffic cops in the air, then finds out who is in charge of unblocking Mexico's most filthy canals. He looks into Dhaka's waste management problems, and sees what Britain's fast food obsession is doing to London's sewers.
Safety and security are two of the biggest challenges faced by each and every metropolis. Whether earthquake, terrorism, flood or just crime, it's the geology, politics and social makeup of the megacities that make them some of the most profitable and dangerous places to live. Andrew starts in Mexico City, the kidnap capital of the world. The compactness of the megacity often means that the super rich must live closely beside the super poor. Andrew finds out how evasive driving and bulletproof vests are protecting Mexico's super rich and middle classes. In London, he joins a Metropolitan Police riot unit on a practice routine, and hangs out with boy racers in Tokyo. And he meets the canine helpers responsible for saving lives in the event of terrorist attack. Tokyo, Mexico City, Dhaka - the megacities are victims of their shifting geologies. Andrew explores how sea levels, earthquakes and floods are putting some of our most promising cities at risk.
In the first episode, Andrew looks at how people live in five of the world's biggest megacities: London, one of the world's oldest megacities; Dhaka, the world's fastest-growing megacity; Tokyo, the largest megacity on Earth; Mexico City, one of the most dangerous cities in the world; and Shanghai, arguably the financial capital of the world. Andrew compares the sleek skyscrapers and rapid modernisation of Shanghai to the colourful street culture and geographic sprawl of Mexico City. He spends a night living in a one-room shack in Dhaka's toughest slum, taking his turn to fetch water, cook and clean; and he rents a friend in the efficient and high-tech, but alienating, city of Tokyo. As he gets under the skin of each unique metropolis, Andrew discovers how the structure of each megacity defines every aspect of its inhabitants' daily lives. And he considers what the megacities of the future can learn from the metropolises of today.
Dubai's Burj Khalifa is over 2,700 feet high and the tallest building in the world, and as engineers race to top this record-setting height with cutting-edge tech, a new 3,200-foot-tall building in Saudi Arabia is poised to take the crown.
Today's greatest skyscrapers use cutting-edge tech to build sky-high micro-cities within their walls, and these innovative mega-builds are becoming the new engineering icons in Chicago, Dubai, Beijing, and other twenty-first century metropolises.
The World Trade Center and Sears Tower were record-setting skyscrapers made possible by cutting-edge engineering innovations, but just as these American icons set new standards in construction, dark and insidious forces were poised to undo it all.
The world's most iconic buildings were built in the heyday of the American century, and as New York became the capital for these innovative new skyscrapers, experts used cutting-edge tech to push engineering to new heights.
Can new engineering techniques help prevent deadly bridge collapses? In 2018, Italy’s Morandi Bridge collapsed, tragically killing 43 people. For 50 years, the iconic bridge had withstood the elements—and stress from ever-increasing traffic. What went wrong that fateful day? And how can new engineering technology protect bridge infrastructure to prevent such tragic failures in the future? Through eyewitness testimony, expert interviews, and dramatic archival footage, NOVA investigates the Morandi disaster and other deadly bridge collapses.
After years of anticipation, autonomous vehicles are now being tested on public roads around the world. As ambitious innovators race to develop what they see as the next high-tech pot of gold, some experts warn there are still daunting challenges ahead, including how to train artificial intelligence to be better than humans at making life-and-death decisions. How do self-driving cars work? How close are we to large-scale deployment of them? And will we ever be able to trust AI with our lives?
Richard Clay, art historian and expert on semiotics and iconoclasm and the interplay between new technology and shifts in meaning, compares and contrasts cultural symbols from across the centuries, unpicking iconic images, music, and other cultural outputs to explain where ‘stickiness’ comes from.
2019 • Technology
With 66 billion euros in revenue by the end of 2014, Google is the richest search engine company in the world and has become ubiquitous to the point of being used as a verb. Searching the net, sending messages via Gmail, getting around with Google maps, watching videos on YouTube.... By being ever present in our lives, Google has got to know a lot about us. But how much do we really know about Google? How did the big teenager become a giant octopus, data swallower who took the opportunity to sneak itself into so many practical and free services that have become a vital part of our lives? From in English
2015 • Technology
In 1976, the dream of supersonic commercial flight became a java: Concorde transported its first passengers. In the United States, Concorde awaits a new challenge: the competent service refuses to grant permission to land in New York. Over time, the White Bird becomes an aircraft of celebrities and important people. Three years after the tragic accident in 2000, Concorde was withdrawn from the service. Today NASA engineers in Ohio and Boom Supersonic experts in Denver reveal our latest research on supersonic flights of the future inspired by Concorde.
In 1962, the British and French governments signed a historic agreement: they will produce the first passenger superstructure Concorde. Engineers will move the aeronautical engineering boundaries to fly the Atlantic Ocean in less than three and a half hours. In the midst of the Cold War, Concorde took part in the unrestrained race with Boeing 2707, a project initiated by J. Kennedy and Soviet Tupoljev 144. In the spring of 1969, Concorde successfully carried out the first pilot flight.
The Nazis knew it was their last chance. The British knew it was the deadliest threat they'd ever face. And the Americans knew it could fall into the wrong hands. The V2 rocket quickly became Hitler's greatest deadly weapon and beacon of hope to turn the course of World War II in his favor. Watch Nazi 's desperate attempt at victory as the Allies race to stop them and see how the V2 miraculously went from deadly weapon to amazing feat of space technology.
2015 • Technology
The sea level in Venice has increased drastically in the last century or so, threatening the very existence of the city. Global warming and the harmful effects of tourism have amplified the phenomenon of acqua alta (sudden rise in sea level), rendering the traditional responses of inhabitants obsolete. It is urgent to act today. Projects conceived in laboratories across the globe are joining forces to save the city. These include RAMSES, a 3D modelization of the lagoon produced using lasers, which analyzes rises in water level; and MOSE, a series of movable dams costing over 4 billion euros, intended to block the sea in case of acqua alta. The film will take us on this extraordinary journey, the technological and scientific struggle for the survival of Venice, a survival that has been in doubt from its very construction.
2018 • Technology
The remarkable story of the engineers behind the revolutionary technologies developed for the Apollo missions. In the face of epic challenges, and with a fraction of today’s technology, these are the people who navigated us to the moon and back.
2019 • Technology
YouTube star and gaming addict Dan Howell explores the changing world of gaming: from hobby to a mass spectator sport that’s watched by millions around the world. To the envy of amateurs, they've taken gaming to a whole new level, training 12 hours a day, playing in packed stadiums, and earning hundreds of thousands of dollars a year.The bizarre community of e-sports has been almost invisible to the outside world – up until now. Three young British gamers at different stages of their careers all have dreams of reaching the very top. KaSing, an overnight sensation from Tottenham, lives in Berlin, and is playing in one of Europe’s top teams. His 20-year-old former teammate, Matt, nicknamed Impaler, is having a crisis of confidence about his once-flourishing career. And 17-year-old hopeful Greensheep is struggling to break through onto the big stage.
2015 • Technology
Dial in to the fascinating history of the smartphone, from its roots in Morse Code to 2007, when Apple unveiled the first-ever iPhone. Plus, see how the next generation of Smartphones will allow us to communicate through them just by thinking.
Learn the explosive history of the rocket, from its origin in ancient China, to its use as a weapon of war, to how adding hydrogen allowed it to carry astronauts all the way to the moon. Narrated by Patrick Stewart. With guest Jim Al-Khalili
Go for a ride through the 9,000-year history of the car, from its roots in dogsleds to Henry Ford’s affordable and assembly line-built Model T, and meet the scientists working on the next generation of self-driving automobiles.
Learn how robots were first conceptualized in ancient Rome and see how their use has evolved over the centuries, from the calculator to the Roomba. Then, take a sneak peek at what future robots will be able to do. Narrated by Patrick Stewart.
Costing $150 billion, the International Space Station is the most expensive structure humans have ever built. In this episode, using the series' signature photo-real computer graphics, we take it apart to uncover the extraordinary innovations that enable it to support life in the deadly vacuum of space.
Take to the sky with the dreamers whose work gave humans the ability to fly. From Leonardo da Vinci’s “flying machines” to the modern commercial plane, without these inventions, we may have never left the ground. Narrated by Patrick Stewart.
MOSE is one of the world?s largest and highest-profile civil-engineering works. But will it be able to save Venice? Venice has grappled with inundation for centuries. But due to natural subsidence and higher tides caused by global warming, the city is more vulnerable to flooding than ever before.
After the success of the first manned moon landing, NASA ups the stakes by aiming for a new destination tens of millions of miles away: Mars. This is the inside story of Project Viking. Witness the overwhelming challenges engineers and scientists faced, not only to reach the Red Planet, but to land their spacecraft and deploy computer-operated experiments to answer the universal question: Is there life beyond Earth?
The Hubble Telescope, launched in 1990, has captured unparalleled views of the universe, transforming modern astronomy and transfixing the world with its spectacular images. But building this orbiting observatory would prove to be a rollercoaster ride for all involved, requiring engineers, scientists, and astronauts to venture into uncharted territory. From construction to release, from ridicule to redemption, this is the story of the unsung heroes who turned man's quest to uncover the mysteries of the universe into reality.
It began as an audacious idea: to establish a permanent human presence in the most hostile environment known to man -- space. It's a dream that would bring together two former Cold War enemies and lead to the most expensive structure ever built. Discover the inside story of the International Space Station. See how NASA engineers triumphed over decades of seemingly insurmountable obstacles to develop Skylab, Space Station Freedom, and finally the International Space Station.
For years, the idea of a reusable spacecraft was the dream of early space pioneers, and in 1981, after almost a decade of engineering toil, the Space Shuttle Columbia finally lifted into orbit, ushering in a new era of space flight. Today, the shuttle's work is complete but its engineering legacy will outlast those who built it. Relive its incredible 30-year history, from its groundbreaking achievements to its heartbreaking failures, as told by the people who designed, built, and flew this magnificent flying machine.
It's July 20, 1969. Four days after Apollo 11 thundered skyward from NASA's Kennedy Space Center, astronauts Neil Armstrong and Buzz Aldrin become the first humans to set foot upon the moon, thanks to a marvel of engineering: the lunar module. It's the culmination of years of toil and millions of man-hours of engineering prowess. This is the story of the unsung heroes who built the unconventional flying machines that carried 12 Americans to the moon on six separate missions and made the dream of a generation come true.
It's 1961 and the Soviets are dominating the Space Race. President Kennedy ups the stakes dramatically, giving NASA until the end of the decade to land a man on the moon. Led by Wernher von Braun, engineers across America work together to build a rocket that will get them to this seemingly impossible destination: the Saturn V. This is the remarkable story of the engineers who rose to the challenge to build the most complex and powerful machine ever made by man, and the impact their phenomenal achievements continue to have to this day.
We live in a world where technology is constantly changing. Sadly you know as you leave the store, that your brand new SmartPhone is already out of date – somebody, somewhere has just upgraded it. Keeping up with the latest everything can be a challenge. We asked Dr. Jennifer Gardy to explore current scientific research that will impact us all in the future. Dr. Gardy is a Senior Scientist, Molecular Epidemiology at the British Columbia Centre for Disease Control. On this journey, Jennifer travels from Toronto to New York, Los Angeles, Tokyo, and Munich and back home to Vancouver – all in the name of science exploration.
Tomorrow's World is back for one night only in a special live 90-minute edition of the iconic science and technology programme. Led by much-loved presenters Maggie Philbin and Howard Stableford, alongside Dr Hannah Fry, the programme takes a nostalgic look back at highlights from the archive, discovers the latest in British invention, tests cutting-edge technologies live in the studio, and looks forward to the science and technology that will shape our future.
2018 • Technology
Miami is beloved for its beaches and waterfront homes and businesses. See how engineers and planners are trying to protect Miami from rising seas and ever-more-frequent and violent storm surges that could destroy the city’s tourist and business economy.
See firsthand why London's Thames Barrier is no longer enough to keep the city safe from rising tides. The system has worked for decades, but due to increased environmental challenges, its location on a flood plain and heavy urbanization, London must now explore both low-tech fixes and some of the most advanced engineering solutions in the world.
Setting off from a snowy mountain ski resort in Cyprus, Simon finds an island and a capital city still deeply divided between Turkish Cypriots in the north and Greek Cypriots in the south. Simon joins the UN troops who patrol the line that separates the two sides, one of the world's longest-running peacekeeping missions. From Cyprus, Simon heads to the Middle East, a region of the Mediterranean that's also no stranger to conflict and division. In Lebanon, Simon explores a country of breathtaking landscapes, with spectacular coastline, soaring mountains and a sacred valley known as the Qadisha, a holy site for Lebanese Christians. Staying overnight in an abandoned monastery carved into the rock face, Simon learns that in a Muslim-dominated Middle East, Christians are facing persecution and numbers are collapsing. Travelling south, Simon's next stop is Israel, a country that perhaps more than any other depends on the Mediterranean for its survival. With few friends in the region, Israel has to transport most of its goods by sea. Simon joins the Israeli Navy who patrol the coast and protect the country's offshore oil reserves using the latest military weaponry and technology, including unmanned, combat-ready drone boats. From Israel Simon crosses one of the world's most heavily fortified borders to reach the Gaza Strip. Palestinians and Israelis have endured a seemingly endless cycle of violence and in Gaza the result has been devastating destruction. Many building materials are restricted by an Israeli blockade on Gaza, but Simon meets an inspiring young woman who has helped reconstruction efforts by inventing an ingenious method of making bricks from ash. It's a rare ray of hope in one of the most troubled regions of the Mediterranean.
NOVA takes you inside the historic international race to develop the first supersonic airliner, the Concorde. Hear stories from those inside the choreographed effort to design and build Concorde in two countries at once—and the crew members who flew her. Then, follow Concorde’s legacy to a new generation of innovators reviving the dream of supersonic passenger travel today.
By 2065, the waters surrounding the island where Singapore lays may be dramatically impacted. Under such circumstances, living on the sea in floating communities would be commonplace while growing massive crops of food and generating power would become crucial to the city’s survival.
With its survival challenged by a rapidly growing and aging population and by accelerating climate change, where can land-poor Singapore expand? The futurists offer a radical solution: a massive vertical city. What will it be like living high up in the sky?
Filmmaker Greg MacGillivray explores the human ingenuity behind engineering marvels -- big and small -- and reveals the heart that drives engineers to create better lives for people around the world. Narrated by Academy Award winner Jeff Bridges, Dream Big: Engineering Our World is a spectacular look at man-made marvels that will forever transform the way you think about engineering. From the Great Wall Of China and the world's tallest buildings to underwater robots, solar cars, and smart, sustainable cities, Dream Big celebrates the human ingenuity behind engineering marvels big and small, and shows how engineers push the limits of innovation in unexpected and amazing ways.
2017 • Technology
With more board configurations than there are atoms in the observable universe, the ancient Chinese game of 'Go' has long been considered a grand challenge for artificial intelligence. On March 9, 2016, the worlds of Go and artificial intelligence collided in South Korea for an extraordinary best-of-five-game competition, coined the Google DeepMind Challenge Match. Hundreds of millions of people around the world watched as a legendary Go master took on an unproven AI challenger for the first time in history.
2017 • Technology
We all dream of having the best school possible for our children – one that nourishes their curiosity, makes them eager to learn and provides them with the technological, intellectual and human tools that better prepare them for the future in store.
Art is undergoing a revolution brought about by advances in technology. Digital techniques, data flows, calculating power, and 3D visualization are some of the tools that open the way to new ways and forms of expression and new artistic practices.
Our cultural heritage is one of humanity’s most precious assets: how can we pass it on to the future? It’s a crucial challenge: sharing it with the greatest number but also help it stand up against threats of destruction. New technologies and virtual reality open up unprecedented perspectives.
To respond to global demand and population growth, energy production will have to increase by 75% between now and 2050. The fossil fuels (oil, coal and natural gas) that we use currently use on a massive scale are becoming increasingly rare and are highly polluting, wreaking havoc on the climate.
This episode will reveal how new technologies will transform music by 2050 new robotic and intelligent instruments, intuitive composition software, virtual artists, collaborative composition and more. Tomorrow, music will be capable of adapting to our moods and offer us more than just entertainment.
This episode will reveal how new technologies will transform fashion in 2050: 3D textile printing, intelligent clothes, new fibers, new sustainable materials that adapt to the body’s needs… With a special guest appearance by JC de Castelbajac, the fashion designer.
What will communication look like in 2050? First, the internet will be everywhere. Researchers and scientists from around the world are working on ways to make this happen, for example with self-sufficient balloons equipped with wifi to cover digital deserts.
The oceans are at the heart of the terrestrial climate machine. Without them, there is no life. However, they are subjected to significant changes: heating, acidification, pollution, a loss of biodiversity. In 2050, we will do all it takes to preserve them.
As we embark upon the 21st century, sports now occupy a central role in our lives. They set the pace of our daily routines, influence our lifestyles, and maintain our health and general well being. This episode will show how the athletes of 2050 will be spoiled with technological choices.
Today, virtual reality headsets are reaching the masses and can already let users dive into spectacular new worlds. From our couches, we can now float through space, fly over New York, or zip along roller coasters. But, what will it be like in the future?
Cuisine meets a vital need, but it is also a way of expressing pleasure, emotions, and sharing. With an hour on average spent everyday cooking, it is also at the heart of our daily lives. How will cooking respond to environmental challenges in the future?
This episode will reveal how medicine in 2050 will be perfectly targeted and adapted to the individual as well as accessible to everyone. Just as science fiction already imagined, medicine in 2050 will be reparative and regenerative.
This episode will show how innovations in construction are burgeoning: 3D printing, material salvaging... In cities, homes will be modular and “intelligent” and the growing population will lead us to explore new spaces on Earth and even other planets...
What will our cities look like in 2050? How will they be able to accommodate the one million additional people who arrive every week? The challenge is enormous. To reduce the impact on the planet and the energy footprint and optimize exchanges within megacities, digital technologies will be crucial.
Professor Jim Al-Khalili looks at how we have created machines that can simulate, augment, and even outperform the human mind - and why we shouldn't let this spook us. He reveals the story of the pursuit of AI, the emergence of machine learning and the recent breakthroughs brought about by artificial neural networks. He shows how AI is not only changing our world but also challenging our very ideas of intelligence and consciousness. Along the way, we'll investigate spam filters, meet a cutting-edge chatbot, look at why a few altered pixels makes a computer think it's looking at a trombone rather than a dog and talk to Demis Hassabis, who heads DeepMind and whose stated mission is to 'solve intelligence, and then use that to solve everything else'. Stephen Hawking remarked 'AI could be the biggest event in the history of our civilisation. Or the worst'. Jim argues that AI is a potent new tool that should enhance our lives, not replace us.
2018 • Technology
Simon Schaffer tells the stories behind some of the most extraordinary engineering wonders of the 19th century. These were gigantic feats of technology which transformed everyday life but also had the capacity to challenge the Victorians' faith in God, their place in the universe and their hopes for the future. Through stunning images of these beautiful creations, this film investigates the origins of our love-hate relationship with technology.
2018 • Technology
Explore how Artificial Intelligence will change your job as new research shows how much of what you do could be done by robots. From truckers to lawyers & doctors, we bring affected workers face to face with AI experts. How can we prepare for the coming changes to the world economy?
2018 • Technology
Facebook is thought to know more about us than any other business in history, but what does the social network that Mark Zuckerberg built do with all of our personal information? Reporter Darragh MacIntyre investigates how Facebook's powerful algorithms allow advertisers and politicians to target us more directly than ever before, and he questions whether the company's size and complexity now makes it impossible to regulate.
SILICON VALLEY tells the story of the pioneering scientists who transformed rural Santa Clara County into the hub of technological ingenuity we now know as Silicon Valley. The film spotlights the creativity of the young men who founded Fairchild Semiconductor and in particular the brilliant, charismatic young physicist Robert Noyce. Their radical innovations would include the integrated circuit that helped make the United States a leader in both space exploration and the personal computer revolution, transforming the way the world works, plays and communicates, making possible everything from the Apollo program to smart phones, from pacemakers to microwaves.
Explore the hidden history and super science of hot air balloons, synthetic rubber and metal detectors.
Only in the last 200 years have humans learned how to make things cold. Steven Johnson explains how ice entrepreneur Frederic Tudor made ice delivery one of the biggest export business in the U.S. and describes the place where Clarence Birdseye, the father of the frozen food industry, experienced his eureka moment. He also travels to Dubai to see how mastery of cold has led to penguins in the desert. From IVF to food, politics and Hollywood to human migration, the unsung heroes of cold have led the way.
The surprising story of the hidden powerhouse behind the globalised world - the diesel engine, a 19th-century invention that has become indispensable to the 21st century. It's a turtle versus hare tale in which the diesel engine races the petrol engine in a competition to replace ageing steam technology - a race eventually won hands down by diesel. Splendidly, car enthusiast presenter Mark Evans gets excitedly hands on with some of the many applications of Mr Diesel's - yes, there was one - original creation, from vintage submarines and tractors to locomotive trains and container ships. You'll never feel the same about that humble old diesel family car again.
The Boeing 787 according to its manufacturers is a revolution in air travel. Similar to the Airbus A380, the plane is made from carbon fiber reinforced plastics and aluminum glass fiber materials which are lighter and more resistant to fatigue. It is one of many planes that have been developed to reduce the carbon footprint while improving space, comfort and entertainment for its passengers.
Traditionally, regulators had insisted that all passenger aircraft be powered by at least three engines. But the development of more sophisticated airplanes eventually made twin-engine, long-distance travel feasible. A new standard was introduced, known as Extended-range Twin-engine Operational Performance Standards, or ETOPS.
The Boeing 737 twin-engine jetliner was to become Boeing's greatest success. It had one of the lowest approach speeds of any jet transport, a great asset when landing at smaller airports with shorter runways. It also required minimum equipment for use in refueling. However, despite all its advantages, the 737 was soon overshadowed by the new, improved 747 Jumbo Jet.
Britain and collaborated to build the world's first Concorde, a jet that could traverse the Atlantic in just 3 hours, at twice the speed of sound. The all-metal Trident jet was a popular choice for airlines but couldn't compete with the glamour and allure of the Concorde
In the early years, air fields were more concerned with utility than comfort with the first passengers becoming used to enduring the elements as they walked out to their flight. As the popularity of air transport increased, cities recognized the need to provide better service to passengers, and airports grew in design, to become the hub of activity and convenience they are today.
Airlines began to spring up everywhere, catering to the demands of passengers wanting to go just about anywhere, but the flights were only domestic at the time. Pre-war travel was sold as a luxury experience afforded only by the rich, but post war, the emphasis was on comfort and customer service for both the rich and middle class.
In 1966, British aviation expert Sir Frank Whittle was honored for his services to the aviation industry. Twenty-five years earlier, the aeronautical engineer had invented the jet engine, and ushered in a new era of air travel. On May the 15th, 1941, the first experimental flight using Whittle's engine took off over Cranwell, England and flew for 17 minutes, at a top speed of 545km per hour.
Seaplanes saw the dawn of the aviation industry as they could accommodate large numbers of passengers between continents, and only required a smooth body of water to land. Since the 1920's, advances in floatplane technology saw metal hulls introduced, a cantilevered design and single engine. Seaplanes continue to be an extremely popular mode of transportation.
The years following the First World War saw flying take off as serious business. Previously unimagined opportunities opened up, among them, skywriting and sightseeing tours. Flying became a bigger feature of life all around the world, not just as a novelty "adventure" for rich people but as a mode of transport available to just about anyone.
The decades following the First World War saw aircraft designers pushing the boundaries of aeronautical technology, moving the industry forward at a rapid pace. With new commercial markets opening up, it was the visionaries who held the key to success. Each invention promising a future filled with endless possibilities.
To fly an early airplane required skill, courage and a sense of adventure. The advent of the movie camera meant that their exploits could be broadcast to every corner of the globe, and recorded for posterity. The pilots of , and Britain who were able to master combat flying in time to prevent an early death were known as "Air Aces".
This program looks at the beginnings of flight, with innovators such as Benjamin Franklin and Leonardo DaVinci coming up with new ways to give man wings, and chronicles the invention of hot air balloons, Zeppelins, box kites, and of course the story of the most influential aviation inventors of all - Wilbur and Orville Wright.
Gordon Welchman was one of the original elite codebreakers crucial to the allies defeating the Nazis in World War II. He is the forgotten genius of Bletchley Park. Filmed extensively at Bletchley Park, the centre for codebreaking operations during World War II, this documentary features the abandoned buildings where thousands of people worked tirelessly trying to crack the codes, Hut 6, where Welchman pioneered his groundbreaking work, and the machines that Welchman helped design.
2015 • Technology
Imagine you could make a copy of a loved one. A digital clone with a life of its own – their Avatar. That’s the dream of biomechanical engineer, Dr Jordan Nguyen, and he says we have the technology to do it right now in the form of Virtual Reality.
Is there anyone out there? Does the popular movie quote 'ET phone home' have any substance? Astronomers have been pointing their radio telescopes at the skies for decades trying to pick up alien signals. Hitch a ride as we join astronomers trawling through the galaxy looking for signs of life.
Fifty meters beneath the teeming mega-city of Tokyo is an underworld river system - 6.4km of tunnels, colossal water tanks, massive pillars, giant pumps that remove 200 tons of floodwater every second. It’s an engineering marvel built to protect Tokyo against the increasing threat of flooding.
As YouTube turns ten, we chart the history of the last decade through the lens of the world's most famous video sharing site. It's the human story of those who created it, the stars it gave birth to, and the countries whose fates it changed. On April 23, 2005 the first YouTube video, "Meet Me at the Zoo," featuring co-founder Jawed Karim, was uploaded. Ten Years later, the video sharing platform has harnessed a power that has changed the world -transforming pop culture, rewriting the rules of politics, overthrowing governments, redefining the nature of news, and exposing us all to tweaking, planking, Psy, Beiber, and the car in the shark outfit on the robo-vac.
2015 • Technology
Automation in the Information Age is different.
Each day, some 2.5 trillion bytes of data are exchanged, a deluge known as "big data." How can we classify, store, and give meaning to this mass of digital information? Will our digital society remain capable of producing a lasting memory? Learn the fate of memory storage in the future.
2014 • Technology
The world's electric grids are aging and vulnerable. Now, engineers are making a dangerous trek to prove there is a better way to bring power to the people. Engineers make a dangerous trek across the Himalayas to bring power to a remote monastery.
The Singularity, or the arrival of superhuman intelligence, has been described as both the “rapture of the nerds” and inevitable. Futurist and philosopher Jason Silva explores the ways in which this radical transformation may occur through biotechnology, nanotechnology and artificial intelligence.
2016 • Technology
In the future will we spend our leisure time with smart and sophisticated machines designed for fun - Entertainment Robots? Marvel at Mantis, a two ton insect and Tradinno, a giant fire-spitting dragon. Then take a seat and watch a mechanical actor and a robotic pianist perform.
From brains to eyes, hands to legs, and deep down to the internal organs; implants, prosthesis and rehabilitation are entering a new era potentially creating a new type of human being - The Bionic Man- in reality, not on retro TV. But what ethical concerns arise as we mix technology with biology?
Inhospitable environments that would normally be unreachable become accessible thanks to a new class of robot - Robot Explorers. Robots can help us in difficult tasks like search and rescue operations. Is there any danger in letting machines handle so many tasks that used to belong to us?
By the year 2050, three quarters of the world’s population will live in urban areas. Looking at robotic systems being developed worldwide we can take a glimpse at the city life of the future. Private transportation with self-driving cars, our homes with automated systems - robots are in our future.
Mankind has always looked at nature to solve problems, taking a cue from the solutions that biological systems have refined through natural selection. In this episode we look at a robotic plant that mimics the mechanics of plant roots, and dive underwater to see robots inspired by fish.
Look at a parallel world that humans cannot see. Among other stories, we delve into how boxers and table tennis pros see; the skills of Shaolin Monks; the way a bee transmits the locale of flowers, and the amazing lion fish and how it hunts.
Megalopolises are spreading out and becoming denser -- and there is nowhere left to park. Luckily, the technology is there to deal with this growing chaos. Technological urbanism promises hyper-rational cities that are 100% sustainable and perfectly safe. They are known as smart cities.
Uncovering what is left of Hitler's ambitious structures which were built in a bid for world domination, beginning with a look at the Atlantic Wall. Created in order to protect Europe from an Allied invasion it stretches thousands of kilometres from to Norway, and on D-Day the fortifications were put to the ultimate test.
Get in the driver seat of the fastest, smartest and most high-performance cars of tomorrow. See the supercars that will reach speeds unimaginable with today's technology. They will operate on voice command and drive without a drop of gas, and cruise over land and water.
Catch a first-time glimpse at smart technology that will put android helpers in the home, network commuters and entire cities to the Web, and bring us entertainment systems that can virtually make dreams come true. Advances in artificial intelligence are creating machines with near human-like mental agility. Intelligence will be embedded everywhere -- even in our clothing, thanks to smaller, more powerful computers.
Learn about the technologies that will usher in a whole new way of life: we will live in floating cities, fly to work and travel in cars capable of operating underwater. And, with new technologies, humanity will find new ways of protecting and conserving resources to meet the needs of a growing population by using renewable sources of water, food and electricity. The era of smog-filled skies will be over, because fewer of us will be driving cars. Where we’re going, we won’t need roads. We’ll be piloting environmentally friendly personal vehicles between cities and under the seas. And the good news is we’ll never be lost, thanks to new advances in GPS-driven virtual mapping. Then again, with the ability to teleport our presence anywhere on Earth, we might not have to travel at all. And, best of all, we’ll all have more time to enjoy the astounding advances of our near future, because we’ll all be living longer. A lot longer.
The story of programming prodigy and information activist Aaron Swartz. From Swartz's help in the development of the basic internet protocol RSS to his co-founding of Reddit, his fingerprints are all over the internet. But it was Swartz's groundbreaking work in social justice and political organizing combined with his aggressive approach to information access that ensnared him in a two year legal nightmare. It was a battle that ended with the taking of his own life at the age of 26. Aaron's story touched a nerve with people far beyond the online communities in which he was a celebrity. This film is a personal story about what we lose when we are tone deaf about technology and its relationship to our civil liberties
2014 • Technology
What if we could travel not just through space, but through time itself? If you could travel through time, would you change the past or the future? What if you found it couldn’t be changed? What price does the time traveller — and the people they are closest to — pay? This is a journey from H. G. Wells’ The Time Machine through ideas like The Grandfather Paradox and The Butterfly Effect to the professional time traveller that is the ever popular Doctor Who. Steven Moffat, David Tennant, Karen Gillan, and Neil Gaiman offer a unique perspective on the Doctor. Edward James Olmos reveals the hidden meaning of the language he created for the vision of the future that is Blade Runner. Bob Gale and Christopher Lloyd take us behind the scenes of Back to the Future, while Ed Solomon describes the joy of solving a time travel conundrum for Bill & Ted’s Excellent Adventure. But what would be the physical and emotional cost to the time traveller? Audrey Niffenegger explains what inspired her novel The Time Traveller’s Wife. And what if someone from the future tried to travel back in time to warn us? Would we believe them? From the apocalyptic tones of 12 Monkeys to the drama of Quantum Leap and the comedy of Groundhog Day, time travel is a subject that has been irresistible to the creators of every type of science fiction.
What if aliens landed on Earth? Much of science fiction explores the moment of first contact – what will people do when the aliens land? From H. G. Wells’ pioneering The War of the Worlds to Independence Day, Men in Black, and District 9, Invasion deals with our fears of alien invasions of earth. David Tennant explains the appeal of Doctor Who’s Daleks and Cybermen while John Carpenter and Chris Carter explore the rich appeal of the paranoia fuelled by hidden aliens with The Thing and The X-Files. It also asks what if the monsters were our own creation? With the aid of rarely seen animation tests, Phil Tippett takes us behind the scenes in the creation of the dinosaurs of Jurassic Park. But not all invasions are hostile. Peter Coyote and Richard Dreyfuss discuss the creation of Spielberg’s spellbinding classics E.T. the Extra-Terrestrial and Close Encounters of the Third Kind. There is more than one kind of invasion.
What if we could explore the vastness of Space? Science fiction has always fed upon our need to explore – to wonder what is out there. Space journeys from Jules Verne’s earliest ideas about attempts to leave our planet, to the Star Wars far away galaxy through to Nichelle Nichols revealing how her groundbreaking role as Lt. Uhura in Star Trek led to her participation in the recruitment of NASA’s astronauts. It explores the deep sea inspiration for Avatar, finds out why Ursula K Le Guin wrote The Left Hand of Darkness and discovers how Stanley Kubrick was able to make 2001: A Space Odyssey seem so believable. In addition, the program looks at the way Dune and The Mars Trilogy embraced the challenge of world building and discusses the appeal of the beaten up ‘dirty space’ of Dark Star and Firefly. From the horrifying scenes of Alien, to the epic spectacle of Star Wars, this is a journey to the stars and the alien encounters that await us there.
What if our creations turn against us? The idea of creating life has fascinated society since the earliest days of science fiction. The first installment of the four-part series, Robots transports viewers from the first steps of Frankenstein’s monster to the threat provided by the Terminator and the world of Cyberspace. Find out how Rutger Hauer created one of the greatest speeches in all of science fiction for Blade Runner. Discover from Kenny Baker the challenge of acting in Star Wars while inside the body of R2D2, and learn how Anthony Daniels was drawn to the role of C-3PO by concept art modeled closely on the robot from the silent classic Metropolis. Douglas Trumbull (2001: A Space Odyssey, Blade Runner) discusses how he managed to create a whole new approach to robot design. The creators of the original Robocop describe how its hidden depths have given it enduring appeal and William Gibson reveals the origins of his seminal novel Neuromancer. From HAL in 2001: A Space Odyssey to the Cylons of the reimagined Battlestar Galactica and the world of The Matrix, this is a journey that asks – what does it mean to be human?
Liz Bonnin delves in to the world of invention, revealing the people and technologies set to transform all our lives. She examines the conditions that are promising to make the 21st century a golden age of innovation and meets some of the world's foremost visionaries, mavericks and dreamers. From the entrepreneurs that are driving a new space race, to the Nobel Prize wining scientist leading a nanotech revolution, this is a tour of the people and ideas delivering the world of tomorrow, today.
Our ability to see and record live events from right across the world has shrunk the globe, making virtual neighbours of us all. It is a defining characteristic of our modern world. The final episode in the series reveals the fascinating stories that made such everyday miracles possible. It tells the story of the handful of extraordinary inventions and their inventors who tackled the complexities of chemistry and electronics and discovered how to capture and reproduce still and moving images. Michael Mosley and academics Prof Mark Miodownik and Dr Cassie Newland tell the amazing story of three of the greatest and most transformative inventions of all time - photography, moving pictures and television.
Nothing has shrunk the globe more than our extraordinary ability to talk to one another across the oceans and continents. Episode three of The Genius of Invention reveals the fascinating chain of events that made such every-day miracles possible. It tells the story of the handful of extraordinary inventors and inventions who helped build the modern world by harnessing electricity and electromagnetism to enable us to send instant messages across vast distances. Michael Mosley and academics, Prof Mark Miodownik and Dr Cassie Newland tell the amazing story of three more of the greatest and most transformative inventions of all time; the electric telegraph, the telephone and wireless communication. Our experts explain how these inventions came about by sparks of inventive genius and steady incremental improvements. They separate myth from reality in the lives of the great inventors and celebrate some of the most remarkable stories in British history.
They are constantly circling hundreds of miles above our heads, driving our daily lives - yet we barely give satellites a second thought. Satellite engineer Maggie Aderin Pocock wants to change all that. She wants to make us realise and appreciate what these unsung heroes of the modern world have done for us. Maggie reveals how satellites have revolutionised exploration, communication, location-finding and spying. She discovers how they have transformed not only the way we see our planet but our understanding of the dangers within it, like volcanoes and earthquakes. Plus, she discovers the jaw-dropping power of the technology used by satellites to make our lives run smoothly.
2012 • Technology
From the Stone Age to the Silicon Age, materials have helped drive forward our civilisation. By manipulating materials we have been able to transform our world and our lives - and never more so than in the past century when we have discovered and designed more materials than at any other time in human history. (Part 2: Plastic) Professor Mark Miodownik tells the story of plastics - created in the lab, they have brought luxury to the masses and shaped the modern age. He recounts tales of the mavericks responsible for some of plastic's most outrageous failures and heady successes, from the explosive attempts to make a replacement for ivory billiard balls to the ultimately ubiquitous Bakelite. Investigating at atomic level, Mark discovers the properties that have allowed plastics to dominate our world and reveals how the next generation of plastics will take its inspiration from nature, creating man-made materials which behave as though they are alive and which could help rebuild the human body.
This documentary presented by Professor Simon Schaffer describes the amazing story of automata Designed and built with pen and paper in the 18th Century leveraging the mechanisms employed in making timepieces, these mechanical devices containing 1000’s of parts and are programmable to mimic human actions in Mechanical Theatre. The program describes how there development has led to the creation of the mechanical devices we take for granted today showing the first mechanical weaving looms allowing for the mass production of fabrics and in effect started the industrial revolution.
2013 • Technology
Tyger Drew-Honey has never really experienced virtual reality. But all that is about to change. With high-spec virtual reality headsets expected to become widely available within the next few months, Tyger explores how they could change everything - from how we meet up with our friends to the way we have sex. He experiences one of the most successful virtual worlds and has his own lifelike avatar created. And he meets the man who makes robot sex dolls that you can programme via an app on your tablet to be the perfect partner. 'If you don't want her to be smart she won't be smart, if you want her to be shy she will be shy.'.
2016 • Technology
On Jan. 28, 1986, seven astronauts "slipped the surly bonds of earth to touch the face of God." America's space program was never the same.
2014 • Technology
Ada Lovelace was a most unlikely computer pioneer. In this film, Dr Hannah Fry tells the story of Ada's remarkable life. Born in the early 19th century Ada was a countess of the realm, a scandalous socialite and an 'enchantress of numbers'. The film is an enthralling tale of how a life infused with brilliance, but blighted by illness and gambling addiction, helped give rise to the modern era of computing. Hannah traces Ada's unlikely union with the father of computers, Charles Babbage. Babbage designed the world's first steam-powered computers - most famously the analytical engine - but it was Ada who realised the full potential of these new machines. During her own lifetime Ada was most famous for being the daughter of romantic poet Lord Byron ('mad, bad and dangerous to know'). It was only with the advent of modern computing that Ada's understanding of their flexibility and power (that they could be far more than mere number crunchers) was recognised as truly visionary. Hannah explores how Ada's unique inheritance - poetic imagination and rational logic - made her the ideal prophet of the digital age. This moving, intelligent and beautiful film makes you realise we nearly had a Victorian computer revolution.
2015 • Technology
Scientific advancements are challenging the concept of what it means to be human. Technology embedded in our bodies is fairly common: artificial limbs, pacemakers. But new research is taking us beyond replacement parts and into a new realm that is changing the nature of the human body and the human mind. Will the fusion of biology and technology change how we think, how we feel, how we experience the world?
Where are the limits of human technology? And can we somehow avoid them? This is where quantum computers become very interesting.
Apple is the most valuable brand on the planet, making products that everyone wants - but how are its workers treated when the world isn't looking? Panorama goes undercover in China to show what life is like for the workers making the iPhone 6. And it's not just the factories. Reporter Richard Bilton travels to Indonesia to find children working in some of the most dangerous mines in the world. But is the tin they dig out by hand finding its way into Apple's products?
2015 • Technology
Hackers have stolen the personal details of millions of customers from companies like Talk Talk. So how do cybercriminals get hold of our data? Reporter Daniel Foggo meets the hackers who can break into any website and finds out how criminals profit from our information.
2015 • Technology
The global cyberwar is heating up and the stakes are no longer limited to the virtual world of computers. Now, thanks in part to secret documents released by Edward Snowden, the true scale of the National Security Agency's scope and power is coming to light.
Watch the cybercrime documentary profiling the Romanian town nicknamed "Hackerville" or "Most Dangerous Town on the Internet." Convicted blackhat hackers, like Guccifer (real name), talk worms, viruses, social engineering, identity theft, and even hacking Hillary Clinton's email.
2015 • Technology
Exploring the murky and fast-paced world of the hackers out to steal money and identities and wreak havoc with people's online lives, and the scientists who are joining forces to help defeat them. Horizon meets the two men who uncovered the world's first cyber weapon, the pioneers of what is called ultra paranoid computing, and the computer expert who worked out how to hack into cash machines.
Where science fiction becomes science fact - that is the place Hank is exploring in today's episode of SciShow. Many inventions we use today were first imagined in stories that described fantastical futures. Hank talks about the origins of four of these: the cell phone, the submarine, the telemanipulator (or robot arm), and the taser.