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Catalyst is Australia's premier science investigation series. Each week the team brings you stories from Australia and around the world, meeting scientists at the forefront of discovery.
Meet Dr. Jane Goodall DBE, world-renowned primatologist, humanitarian, conservationist and UN Messenger of Peace.
Do sharks have friends? Watch and see if there is actually anything to study when we look at the "social behavior" of sharks off the coast of New South Wales, Australia!
Wouldn't it be wonderful if you could just sit and watch a movie about the universe and see how everything unfolded? Thanks to a new scientifically accurate computer simulation called the Illustris, which models a part of the universe, a cube 350 million light years across, you can!
Each year, over 2000 people apply for jobs in Antarctica, but few are successful. What are the physical and psychological attributes required to work in the most remote location on Earth? Could you snag a job in sub-zero temperatures at an Antarctic station?
Take a look at the Voyager unmanned space probes launched in the 1970's -- and where they are now after 36 years of travel! Voyager I is the furthest travelled man made object in space. What are the missions finding in the distant universe?
Titanium implants are a favorite among surgeons. They're light, durable and strong and readily accepted by the human body. But with each surgery comes a small but potentially deadly risk - infection through the introduction of bacteria. How can they design implants to resist bacterial infection?
In a family reunion like no other, astronomers reunite our sun with her long lost sibling. Dr Graham Phillips meets the new relative and explores its similarities with our sun. Could it even have planets, like our solar system, and be another home for life?
Dr Graham Phillips investigates new technology that is able to convert more than 40 per cent of the sun's light into electricity. This is more than double the efficiency of today's domestic rooftop solar panels, and could eventually lead to cheaper sources of renewable energy.
Thousands of chemicals are used in everyday products – in our water, our food and in the air we breathe. It’s the chemical soup of modern life and it’s virtually impossible to escape them. Is there adequate regulation and testing, or are we in the midst of an uncontrolled, human experiment?
Good to know as you travel to the Antipodes - Australia has the most venomous snakes and spiders in the world. But, if you’re bitten, can you rely on anti-venom? Dr Graham Phillips investigates the effectiveness of anti-venom.
What is memory? How do our memories change from childhood to adulthood? How we can build up greater brain reserves to power our mind into old age? Brain epigenetics, how the expression of our DNA can be changed by our experiences, is an intriguing new area of science with huge health implications.
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.
How can a supercomputer can help researchers to a better understanding of the poliovirus at an atomic level? This has implications for understanding and eradicating deadly diseases worldwide.
It's amazing to think that in the 1900s a mere tenth of the world's population lived and worked in cities. Now it is over half. With soaring populations, how will we keep our cities live-able? And what will the city of tomorrow look like?
The promise of quantum computers is that what would otherwise take a billion years to calculate, could be done in a few seconds. First-generation quantum computers have started to appear. Indeed, earlier this year, Google bought one, The D-Wave 2. How will this advance change our future lives?
Think spiders aren't beautiful? Then think again! The colorful and beautiful jumping Peacock Spider, native to Australia, will change your mind.
In the western world there’s an epidemic of allergies. Could it be that our lifestyles are too clean? And that we’re not exposing ourselves to bugs that help build our immune systems? Is there bacteria that is good for us?
There’s no doubt that cardiac implants or stents save lives. They unblock arteries to prevent heart attacks. But because the body treats stents as foreign, the risk of blood clots is ever present. How can we coat the stents in order to stop the rejections?
It seems that the bee population crisis is intricately tied to the way we have changed our planet. Catalyst investigates how modern agriculture methods, increasing diseases and the impending threat of the deadly varroa mite could destroy the last safe-haven for bees on the planet, Australia.
This special report looks at the domino effect of environmental and atmospheric factors that drive the globe to wetter, hotter, drier and colder extremes.
By building see-through flowers, researchers at the University of Connecticut have captured high-speed, high-magnification images of the remarkable tongue of the Hummingbird. And they've revealed that previously held theories about the diminutive birds are wrong!
Cuneiform documents in clay cover everything from political affairs to economic practices, from 3400BC right up to the time of Christ. But can modern technology unwrap clay envelopes so that archaeologists can preserve the artifact but see the letter inside? Watch and see!
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.
Performance-enhancing drugs aren't limited to just sport and increasing your physical prowess. There are substances that could improve your mind power as well - things like help you learn faster or improve your memory. Do we face a future where we'll be increasingly brain doping?
A short video on this phenomenon of nature, particularly evident in deep ocean animals.
By investigating the tell-tale signs of earthquakes and tsunamis written into the landscape over the last thousand years, Japanese scientists are rewriting the rule books for disaster prevention in the Pacific.
No cast information available.
Geologist Iain Stewart explain in three stages of natural history the crucial interaction of our very planet's physiology and its unique wildlife. Biological evolution is largely driven bu adaptation to conditions such as climate, soil and irrigation, but biotopes were also shaped by wildlife changing earth's surface and climate significantly, even disregarding human activity.
NOVA scienceNOW is a News magazine version of the long-running and venerable PBS science program Nova. Premiering on January 25, 2005, the series was originally hosted by Robert Krulwich, who described it as an experiment in coverage of "breaking science, science that's right out of the lab, science that sometimes bumps up against politics, art, culture". At the beginning of season two, Neil deGrasse Tyson replaced Krulwich as the show's host. Tyson announced he would leave the show and was replaced by David Pogue beginning season 6.
A stunning new documentary series exploring the incredible story of uranium, from its creation in an exploding star to its deployment in nuclear weapons, nuclear power, and nuclear medicine. It’s a journey across nine countries and more than a century of stories, to discover the rock that made the modern world. It’s part science, part history, and all epic adventure. Join physicist and YouTube phenomenon Dr. Derek Muller as he reveals the untold story of the most wondrous and terrifying rock on Earth.
Explore the mysterious regions inside the human body. See how vital organs interconnect to make human life possible. Learn how skeletons fit together. Witness the lightness and strength of bone, how muscles work as levers, what it takes to achieve the "perfect" body. See how the heart functions, and learn the roles of white and red blood cells. Discover the complex systems controlling breathing, digestion, glandular changes, and hearing.
The series investigates Paolo Macchiarini’s claims to have invented a ground-breaking method to create new organs. His method using plastic tracheas sown with stemcells has been operated on patients in the US, Russia, Sweden and the UK. So far, unfortunately, the track record of his plastic organs is not very good. Almost all patients are dead. And several of his former surgeon colleagues in Sweden claim that not only does the method not work, but that his scientific claim to fame is based on falsified and misrepresented data. Some even claim that his patients have been used as human guinea-pigs.
Tales of the Unexpected is a new strand of provocative, confronting and thoroughly entertaining science documentaries. Each episode reveals a fascinating, sometimes awkward, and frequently unsettling world where peculiar ideas are put to the test. Come with us to where nothing is quite as it seems, where diseases are diagnosed by palm-readers, where paternity uncertainty drives the mating game, and where breasts are a toxic health hazard.
