CES portrays a futuristic auto industry. Detroit holds onto past glories. Everything automotive is changing: can problems become opportunities?
Meet the experts joining Mark Pesce for THE NEXT BILLION CARS…
Sally Dominguez is a multi-award-winning product designer and architect of the Adventurous Thinking innovation strategy which she has implemented at organisations including NASA, Stanford and Breville. Sally was a judge on ABC TV’s The New Inventors, is a co-host on Foxtel’s upcoming Great Aussie Inventions, host of a yet-to-be-named Foxtel Innovation Challenge, and judges design and innovation internationally. She has over ten years of Car of the Year judging experience with Wheels magazine and Drive and is passionate about innovation in materials, sustainability and transportation strategies.
With a background in automotive design and design research, and a role as a lead strategist at one of the industry’s most exciting brands, Drew Smith is the consummate industry insider. Indeed, he’s helped shape the future for the likes of Lexus, Jaguar Land Rover and Audi. He’s not without critical faculties however, and has long held the industry to a higher standard when it comes to designing for a environmental and commercial sustainability. He is a visiting lecturer at the Royal College of Art, advising automotive design Masters and PhD students, and founded the Automobility Group, a global community of people exploring the future of urbanism, design and mobility. He is also the co-founder of Rising Minds, a global lecture series that explores the intersection of technology, business and culture.
Ivan Sutherland – the Albert Einstein of interactivity – created SKETCHPAD, the first application that let users ‘draw’ onto a computer display. Five years later he followed that up with his ‘ultimate display’ – inventing virtual and augmented reality with a device nicknamed the SWORD OF DAMOCLES.
By 1968, Sutherland was ready to show his ultimate display at the Fall Joint Computing Conference in San Francisco. Here’s what his ‘Sword of Damocles’ looked like in operation:
The proceedings for the 1968 Fall Joint Computer Conference paint the picture of computing at its pivot from arcane to mainstream, growing into greater interactivity. Here’s the stellar list of papers – featuring two by Sutherland, both foundational to VR and 3D graphics: FJCC Proceedings
NYU Journalism professor Jay Rosen opens a window onto a world where the next billion seconds of journalism grows from a foundation of trust and relationships.
Jay writes and teaches extensively on journalism and it’s future. Here’s an essay “Optimising Journalism for Trust” about the Dutch publication De Correspondent that Jay refers to in our interview as one future for journalism.
Printing presses are hardware. Newspapers – they’re hardware too.
So what happens when something vaporises? Here’s Rob:
We’re living in a time of vaporised media – and we got here suddenly, with no preparation, or any clear plan on how to make this work for us.
How do we stay well informed as news organisations find their dollars taken instead by search engine giants Google and Facebook?
Rob talks about “the Gerasimov Doctrine” – using the collapse in the media to wage a sort of covert war against a government – and here’s an article Rob recommends in this episode, exploring that whole topic.
Also highly recommended is the Peter Pomerantsev book Nothing is True and Everything is Possible, about how this has become the new reality for Putin’s Russia. Read more in this article from The Guardian.
In our world, you flip a coin and it comes up either heads or tails. But in the spooky quantum world – that’s everything from a single atom all the way up to a small virus – that coin can come up both heads _and_ tails, depending on how you read it. So which is it? Heads? Tails? Both? Neither?
Welcome to the strange world of quantum computing where this both-true-and-false ‘superposition’ allows quantum computers to vastly outperform their ‘classical’ peers (such as the one in your smartphone).
At least, that’s the theory.
Quantum computers are so unstable they tend to self-destruct before we can get them to run a program!
And since you’re going to need a quantum computer to run this program, here’s the IBM Q Quantum Experience (5 qubit device available publicly on the cloud) – a REAL quantum computer you can run your own experiments on!