The film, marking our first own production, embarks on an awe-inspiring journey, shedding light on one of science's most profound questions: How did life emerge from the non-living? With a focus on the intricate mechanisms that may have transformed simple molecules into the first microorganisms, this film explores the concept of a chemical evolution that meticulously selected increasingly complex molecules, eventually leading to the genesis of life. By delving into the pivotal role of RNA, viewers are invited to contemplate the plausibility of life spontaneously arising from the basic elements of the universe.
The documentary meticulously illustrates a potential pathway for the emergence of life, emphasizing the significance of ribozymes—RNA molecules with catalytic abilities—and their role in a prebiotic chemical evolution. The film posits a compelling argument for the natural processes that might have led to the formation of the first complex lipid vesicles, a critical step towards cellular life. By presenting a theory that bridges gaps in our understanding with scientific ingenuity, ‘The Origin of Life’ invites viewers on an intellectual adventure to discover the origins of existence itself.
More information on https://www.javier-serrano.blog/Evolucion/el_origen_de_la_vida_parteI.php

The global financial meltdown that took place in Fall 2008 caused millions of job and home losses and plunged the United States into a deep economic recession. Matt Damon narrates a documentary that provides a detailed examination of the elements that led to the collapse and identifies keys financial and political players. Director Charles Ferguson conducts a wide range of interviews and traces the story from the United States to China to Iceland to several other global financial hot spots.
'Inside Job' provides a comprehensive analysis of the global financial crisis of 2008, which at a cost over $20 trillion, caused millions of people to lose their jobs and homes in the worst recession since the Great Depression, and nearly resulted in a global financial collapse. Through exhaustive research and extensive interviews with key financial insiders, politicians, journalists, and academics, the film traces the rise of a rogue industry which has corrupted politics, regulation, and academia.

In this series, David Pogue explores the fantastic chemistry behind the everyday and sets out on a worldwide quest to find the key molecules and chemical reactions that have paved the way for human civilization, life, and even the universe as we know it.
In the first episode, glass so strong you can jump on it, rubber so tough it protects a clay pot dropped from 50 feet, endless varieties of plastic. Scientists and engineers have created virtually indestructible versions of common materials by manipulating the chains of interlocking atoms that give them strength—but have they made them too tough?

Just 92 elements made up the world, but the belief that were only four - earth, fire, air and water - persisted until the 19th Century. Professor Al-Khalili retraces the footsteps of the alchemists who first began to question the notion of the elements in their search for the secret of everlasting life.He reveals the red herrings and rivalries which dogged scientific progress, and explores how new approaches to splitting matter brought us both remarkable elements and the new science of chemistry.

Of the four elements, air is the most elusive because we can't see it. There's something very magical about it. One of the ways we transform food is by getting air into it. Think of the soufflé, think of the loaf of bread. These things are elevated by the fact that they now contain air. They're ethereal. Visit food labs and Moroccan fields as Michael Pollan delves into the science of bread-making and the nature of gluten.

In part two, Professor Al-Khalili looks at the 19th century chemists who struggled to impose an order on the apparently random world of the elements. From working out how many there were to discovering their unique relationships with each other, the early scientists' bid to decode the hidden order of the elements was driven by false starts and bitter disputes. But ultimately the quest would lead to one of chemistry's most beautiful intellectual creations - the periodic table.