In this supplemental episode we sit back down with biologist Gabriel Licina, founder of Sci-House, a small nonprofit running community education, outreach, and research in synthetic biology. Gabriel unpacks the term "biohacker," and expands on both his work and some of the applications in synthetic biology we'll be using on Mars.
Anatomy of Next returns, and we design the Martian forests and fields. We've built an atmosphere on Mars, warmed the planet, and jumpstarted it's hydrologic cycle — from a frozen, irradiated desert to thunderstorms on a warm equator. Now, what about life? How do you grow crops on sterile, toxic soil with limited carbon and nitrogen? We talk to experts in microbiology and genetic engineering, and we start our work on ecohacking the once red — now blue — Planet Mars.
Invention proceeds from ideation, but where do ideas come from? Jamie Hyneman is best known for his work on the Discovery Channel TV show Mythbusters, which he hosted for 14 and a half years. Prior to that he ran a special effects shop in San Francisco for decades, inventing work on over 800 commercials and dozens of feature films. He’s made a career of building new things. We talked about how.
Separate from the question of how to build a world is the question of what makes a world worth living in. Let’s talk about art. Maisie Williams is an actor most commonly known for her performance in Game of Thrones, and cofounder of a new startup called Daisie. She wants to help artists find each other and build careers. We talked about the changing nature of artistic collaboration, social media, fame, and identity.
In an age of digital identity, how do we protect ourselves in an increasingly insecure world? In 2008, Dan Kaminsky identified a critical flaw in the internet’s Domain Name System (DNS) and led the largest synchronized fix to the internet’s infrastructure of all time. Today, he’s Chief Scientist and cofounder of White Ops. Topics include: the great cities of the world that were proven vulnerable, and burned to the ground, computer worms, why it’s easier than ever to hit the WHOLE world with an a...
Nothing can be achieved without some convincing that it’s possible – we need to be inspired. Barbara Moreau was my third grade teacher, and one of the most decorated leaders of the Young Astronaut Council, a United States education initiative focused on fostering interest in science, technology, engineering, and math (STEM). Mrs. Moreau contextualized my early space traveling dreams in reality, and taught all of her students that the exploration and colonization of new worlds was not only possib...
What happens when the most intelligent being on earth is smarter than the average human by an order of magnitude? Dr. Nick Bostrom is Director of the University of Oxford’s Future of Humanity Institute and author of Superintelligence: Paths, Dangers, Strategies. We talked about the dramatic amplification of human, or machine intelligence – what that hypothetical superintelligence would look like, how we might build it, and what it could mean for the human race.
Dr. George Church leads Synthetic Biology at Harvard’s Wyss Institute. Author of Regenesis: How Synthetic Biology Will Reinvent Nature and Ourselves, he is one of the foremost thinkers in biological self-determination. Could we take control of our genome, and direct its evolution? Should we? In our conversation we explored genetic engineering broadly, as “the nanotechnology that works,” the morality of this technology, and the future of the field.
Dr. Stuart Armstrong researches the potential for intelligent life across the universe. In this work, he’s speculated on the kinds of engineering we should expect from an advanced civilization, most commonly the Dyson structure. In our conversation we explored how a civilization might theoretically capture the entire energy output of a star, how we might build something like this ourselves, and how that energy might be used to warm – or vaporize – planetary objects in our solar system.
Let’s talk about the ethics of terraforming. Dr. Chris McKay is a Senior Scientist at NASA Ames Research Center’s Planetary Systems Branch and is actively involved in the planning of future Mars missions. If we encounter alien life on another world, what is our moral responsibility to that life, and how do we balance this responsibility with exploration and colonization?
The AON team tells you what's up next for the podcast.
Mars is a frozen, irradiated desert world with almost no hope for life…but it doesn’t have to be. In this episode, we explore the mechanics of building a Martian atmosphere, warming the planet, thawing the ice caps, jump-starting a new hydrologic cycle, and bringing back the Martian oceans.
Martian colonization is one of the most dangerous goals humanity has ever undertaken, and there are no shortage of ways to die in space. From radiation exposure to literally going crazy, let’s troubleshoot a couple of our greatest risks, and work out a heuristic for tackling the rest.
In Episode 2.3, we look at “strange” rockets: nuclear, antimatter, and ion thrust. The tremendous amount of time it takes to move through space has isolated humanity from the cosmos. But burning rocket fuel is not the only way to travel the stars.
Why is Mars important? In Episode 2.2, we explore the philosophies that dominate our thinking on the subject of Mars — humanism and anti-humanism. Then, how do you build something with a time horizon of 100 years? Optimism is useful, but determinate thinking is essential.
Before we can approach the task of building humanity’s second home on Mars, we need to get there. In Episode 2.1, we explore the most likely shape of our first mission to the Red Planet.
If it’s probable intelligent alien life exists, where’s the evidence? In our season two teaser – Episode 2.0 – we discuss Fermi’s paradox. This episode also introduces the topic of our second season: humanity building its first new world on Mars.
In Episode 1.5, we explore virtual, augmented, and simulated worlds. What is the nature of reality?
In Episode 1.4, we conclude our look at robotics, and we challenge commonly held fears regarding machine intelligence. The “angry god” AI of The Terminator is an over-hyped myth. Here’s why.
In Episode 1.3, our first week on robotics, we look at the automation of labor. We explore how humans are currently living and working with machines, and how this might change in the near future.
In Episode 1.2, we explore the fear and potential of biotechnology. We speak with experts from the FBI as well as scientists and engineers working in the industry, and we challenge our culture’s Jurassic Park hysteria.
In Episode 1.1, we investigate and debunk popular fears surrounding nuclear technology, and highlight promising innovations in the field.
