For decades, scientists have sought to unlock the secrets of ancient DNA, a fragile genetic blueprint that rarely survives millions of years. Danish biologist Eske Willerslev had a groundbreaking idea: instead of searching for DNA in fossils or ancient tissues, he looked to frozen sediment. Initially dismissed as impossible, his work led to the recovery of genetic traces from over two million years ago, revealing lush ecosystems that existed before the Ice Age. These discoveries offer unprecedented insights into long-extinct species that thrived in warm, verdant Arctic landscapes.
Willerslev’s perseverance revolutionized DNA research, enabling scientists to reconstruct vanished ecosystems and uncover the genetic secrets of ancient worlds. By examining the DNA of past climates, researchers are paving the way to better understand Earth's deep history and adapt to current environmental challenges. This landmark breakthrough demonstrates that ancient DNA acts as a "time machine," allowing humanity to explore its distant past and draw lessons for the future.
In just one generation, our ability to search for planets beyond our solar system has transformed. With modern techniques and telescopes, planetary scientists have found thousands of exoplanets in our universe, and many of them have the perfect conditions for life. Are we about to find Earth’s twin?
Meet Perseverance, NASA's latest rover, as it heads to Mars to answer one question: did life exist on the red planet? On the way, it will lay the foundation for human exploration of our closest neighbour. Today, Mars is hostile to life. It's too cold for water to stay liquid on the surface, and the thin atmosphere lets through high levels of radiation, potentially sterilizing the upper part of the soil. But it wasn't always like this. Some 3.5 billion years ago or more, water was flowing on the surface. It carved channels still visible today and pooled in impact craters. A thicker carbon dioxide atmosphere would have blocked more of the harmful radiation. The Mars 2020/Perseverance rover is designed to better understand the geology of Mars and seek signs of ancient life. The mission will collect and store a set of rock and soil samples that could be returned to Earth in the future. It will also test new technology to benefit future robotic and human exploration of Mars, as the Ingenuity Helicopter.
This acclaimed series tells how survivors worldwide reveal the manipulation, abuse and emotional scars suffered at the hands of wealthy convicted pedophile Jeffrey Epstein. Their stories expose a sex trafficking ring of powerful enablers leading up to his 2019 arrest. In the first episode, survivors recount how Epstein abused and silenced them as he ran a so-called molestation 'pyramid scheme' out of his Palm Beach mansion.
Has the age of antibiotics come to an end? From a young girl thrust onto life support in Arizona to an uncontrollable outbreak at one of the nation’s most prestigious hospitals, The film investigates the alarming rise of a deadly type of bacteria that our modern antibiotics can’t stop.
We live in a time of great uncertainty and confusion. Events keep happening that seem inexplicable and out of control. Donald Trump, Brexit, the War in Syria, the endless migrant crisis, random bomb attacks. And those who are supposed to be in power are paralysed - they have no idea what to do. This film is the epic story of how we got to this strange place. It explains not only why these chaotic events are happening - but also why we, and our politicians, cannot understand them. But there is another world outside. Forces that politicians tried to forget and bury forty years ago - that then festered and mutated - but which are now turning on us with a vengeful fury. Piercing though the wall of our fake world.
Willerslev’s perseverance revolutionized DNA research, enabling scientists to reconstruct vanished ecosystems and uncover the genetic secrets of ancient worlds. By examining the DNA of past climates, researchers are paving the way to better understand Earth's deep history and adapt to current environmental challenges. This landmark breakthrough demonstrates that ancient DNA acts as a "time machine," allowing humanity to explore its distant past and draw lessons for the future.