A.I. and the Destiny of Mankind • 2017

55:41

Join Steven Johnson and consider how the invention of the mirror spurred on the Renaissance, how glass lenses allow us to reveal worlds within worlds and how, deep beneath the ocean, glass is essential to communication. Johnson learns about the daring exploits of glassmakers who were forced to work under threat of the death penalty, a physics teacher who liked to fire molten glass from a crossbow and a scientist whose tinkering with a glass lens allowed 600 million people to see a man set foot on the moon. The link between the worlds of art, science, astronomy, disease prevention and global communication starts with the little-known maverick innovators of glass.

S1E3 • How We Got to Now • 2014 • Technology

24:18

The Sun is our star. Its energy enables life on the Earth to thrive yet we know so little about the solar weather and the 11-year solar cycle. Modern technology can be adversely affected by giant coronal mass ejections and there appears to be a link between sunspot activity and climatic conditions.

S1E8 • Zenith: Advances in Space Exploration • 2021 • Technology

78:00

Science fiction has long anticipated the rise of machine intelligence. Today, a new generation of self-learning computers is reshaping every aspect of our lives. Incomprehensible amounts of data are being collected, interpreted, and fed back to us in a tsunami of apps, smart devices, and targeted advertisements. Virtually every industry on earth is feeling this transformation, from job automation to medical diagnostics, from elections to battlefield weapons. Do You Trust This Computer? explores the promises and perils of this developing era. Will A.I. usher in an age of unprecedented potential, or prove to be our final invention?

2018 • Technology

11:17

Dr. Michio Kaku, the renowned theoretical physicist, walks through the evolutionary journey of quantum computing, from analog to digital to the quantum era. Quantum computers hold immense promise because of their ability to tap into parallel universes, which boosts their computational power exponentially. They could revolutionize agriculture, energy, and medicine, solving complex problems like creating efficient fertilizers, achieving fusion energy, and modeling diseases at the molecular level.

Big Think • 2023 • Technology

88:14

Concerns the exponential growth of technology and where it is taking us. The film focuses on how future technology could significantly change the two inevitable features of the human experience; punching the clock and fading away. It explores how advanced automation, AI and technological singularity could be achievable in the next 30 years. How job obsolescence and technological unemployment could consequently occur and how digital immortality may not be a thing of science fiction. But what are the socio-political repercussions of these innovations and are we ready for them? Does working less mean living more and is ending ageing incumbent on us? Worldwide experts in the fields of futurology, anthropology, neuroscience and philosophy share their thoughts on these future advancements.

2016 • Technology

42:05

Volkswagen’s Chattanooga facility, situated on 1,400 acres, is more than 3 million square feet. It employs about 3,500 people. In 2011, the Chattanooga plant became the first automobile manufacturing facility in the world to be certified LEED Platinum. More than 100,000 Atlas SUVs and 700,000 Passats have been manufactured at the plant.

S1E4 • Super Factories • 2020 • Technology