From the first transistor to deep learning networks, the rise of computing power over the last 50 years has been so phenomenal it's changed everything from the way we communicate to how our appliances interact. Fuelled by giant leaps forward in computer technology, the race is on. As the progress of machines continues to accelerate, so will the pace of change.

Reese Witherspoon hosts this nature series that explores the fabulous females of the animal kingdom. From ants to cheetahs, these ladies call the shots in their world and sit at the top of the social hierarchy earning them the title 'Fierce Queens'. In the first episode, Reese takes us on a journey with two teenage cheetah sisters, coming of age in the wild and learning how to work together to survive.

The documentary delves into the captivating world of Artificial Intelligence, exploring its rapid advancements, societal impact, and ethical dilemmas. Through interviews with experts, it highlights the potential for AI to learn like humans, revolutionizing our work and creations. It also raises critical questions about its regulation, the dangers of military applications, and the need for international cooperation. This thought-provoking documentary offers a deep dive into the AI revolution and the profound implications it holds for our future, making it a must-watch for anyone intrigued by the intersection of technology, ethics, and society.
iHUMAN is a political thriller about artificial intelligence, power and social control. With unparalleled access to the inside of the booming AI industry, this film shows how the most powerful and far-reaching technology of our time is changing our lives, our society and our future.

The Tyrannosaurus Rex is known as the king of the dinosaurs, but how did its reign begin? Meet Moros Intrepidus, a 180 lb., deer-sized ancestor to the T-Rex. Learn how the latest in palaeontology can now link this small dinosaur to the 19,000-pound Scotty, the largest T-Rex ever discovered.
We're filling in gaps in the history of well-known dinosaurs and we're finding specimens of even the most famous dinosaur that are telling us new things about their biology, about their growth, about their size, that we didn't know before. We are nowhere at the end of learning about dinosaurs and in generations to come, we will be knowing things about the lives of these ancient creatures that would probably blow our minds.

A single microscopic brain cell cannot think, is not conscious, but if you bring in a few more brain cells, and a few more, and connect them all, at a certain point, the group itself will be able to think and experience emotions and have opinions and a personality and know that it exists. How can such astonishing things be made from such simple ingredients? Well, answering that question means learning not only who we are but, more importantly, how we are.
Today, using what neuroscientists know so far, we are going to make a town function like a brain, using people as neurons.

Mind reading might sound like pseudoscientific, but its scientific counterpart, thought identification, is very much a real thing. It's based in neuroimaging and machine learning, and what's really cool is that experiments in mind reading aren't just about spying on what someone is thinking. They're about figuring out what thoughts are even made of.
When you think of something, what does that mental picture actually look like? What resolution is it in? How high fidelity is a memory, and how do they change over time? In this episode, we are going to look at how reading people's minds can help us answer these questions.