The incredible story of how Pluto has been propelled from an unremarkable ball of ice on the edge of the solar system to a world of unimaginable complexity - where some form of alien life might exist.
New discoveries from the edge of the solar system are transforming what is known about Pluto, thanks to the New Horizons space probe that took the first-ever close up images of the planet. Pluto was once thought to be geologically dead, but the pictures revealed it to be an active world of stunning complexity, with mountains carved from ice, a nitrogen glacier that appeared to be moving and a recently active volcano, with data sent back lead some scientists to speculate that there may even be life on Pluto today.

With optional Hebrew subtitles. Simon Schama's history of the Jewish experience ends with an examination of how the Holocaust and the creation of Israel have fundamentally changed what it means to be Jewish. Mixing personal recollection with epic history, Simon tells the story of the remarkable personalities and unprecedented events which turned the Zionist dream of creating a modern state of Israel into reality - and the consequences for the world. With contributions from writer David Grossman, photographer Micha Bar-Am, kibbutz founder Freddie Kahan, West Bank settler Zvi Cooper and Palestinian villager Yacoub Odeh. This film explores the tension between the high ideals and dire necessities that led to the creation of a Jewish homeland and the realities of conflict, dispossession and occupation that have followed in its wake.

A shockingly candid examination of how a street dealer can rise to cartel lord with relative ease, How to Make Money Selling Drugs is an insider's guide to the violent but extremely lucrative drug industry. Told from the perspective of former drug dealers, and featuring interviews with rights advocates Russell Simmons, Susan Sarandon, and David Simon, the film gives you the lessons you need to start your own drug empire while exposing the corruption behind the "war on drugs".

The third episode is devoted to the ways in which plants reproduce. Pollen and a stigma are the two components needed for fertilisation. Most plants carry both these within their flowers and rely on animals to transport the pollen from one to the stigma of another. To do this, they attract their couriers with colour, scent and nectar. It isn't just birds that help pollination: some mammals and reptiles also do so. However, it is mostly insects that are recruited to carry out the task. To ensure that pollen is not wasted by being delivered to the wrong flower, some species of plant have developed exclusive relationships with their visitors, and the gentian and its attendant carpenter bees is one example. Since pollen can be expensive to produce in terms of calories, some plants, such as orchids, ration it by means of pollinia and a strategically placed landing platform. Other orchids offer no reward for pollination, but instead mislead their guests by mimicking their markings and aroma, thus enticing males to 'mate' with them (Pseudocopulation). The most extreme fertilisation method is one of imprisonment, and one plant that uses it is the dead horse arum. It is often found near gull colonies, and mimics the appearance and smell of rotting flesh. Blow-flies are attracted to it, and are forced to stay the night before being allowed to depart in the morning, laden with pollen. Finally, Attenborough introduces the world's largest inflorescence: that of the titan arum.

There is an extraordinary range of temperatures in the universe. This program examines the extreme lower temperature range, the temperature we live in and below, explaining how cold is essential for the formation of habitats suitable for life. Explore icy planets and moons, discover the role of cold in the Universe, and learn about the importance of ice to the development of habitable worlds.

Focuses on the fierce rivalry that took place in the laboratories in Britain, Holland, France and Poland as they sought the ultimate extreme of cold. The program will follow the extraordinary discoveries of superconductivity and superfluidity and the attempt to produce a new form of matter that Albert Einstein predicted would exist within a few billionths of degrees above absolute zero.