15 Jul 2020
30m

Matt Ridley: How Innovation Works, Part 2

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Naval

Summary

The podcast explores the dynamics of innovation, its societal impact, and the balance between technological advancement and potential risks. Matt Ridley, author of "How Innovation Works," discusses how innovation, driven by freedom and human desire, leads to both specialization in production and diversification in consumption. The conversation touches on the environmental movement's role in hindering beneficial technologies like GMOs, and the lessons learned from the COVID-19 pandemic regarding vaccine and diagnostic development. Ridley and Naval also examine the unintended consequences of technology, such as social media's divisiveness, and debate the potential of cryptocurrency to decentralize finance and protect individual autonomy. They further address the recurring fears of automation-driven job loss, arguing that innovation ultimately creates new opportunities and leisure.

Outlines

Part 1: Innovation, Progress, and Environmentalism

00:00

Innovation Famine: Environmental Opposition and the Need for Resource Efficiency

The discussion begins with the idea that we are living through an innovation famine, particularly outside of the digital realm, partly due to environmental opposition to new technologies. Genetically modified organisms are presented as an example of a technology that could reduce pesticide use but has been rejected in Europe and Africa due to environmentalist pressure. The hope is that genome editing technologies like CRISPR might overcome these concerns. Innovation is essential for reducing resource consumption, freeing up land for nature, and improving global prosperity, which in turn can lead to lower birth rates and increased tree planting.

01:48

COVID-19, Innovation Shortfalls, and the Infinite Potential of Progress

The COVID-19 pandemic highlighted the lack of sufficient innovation, particularly in vaccine and diagnostic development. Regulatory delays hinder entrepreneurs from entering the diagnostic device market. Innovation is crucial for saving the planet, especially for poorer countries facing environmental damage. Referencing David Deutsch, it's argued that anything not forbidden by physics is achievable through technology and science, and humans can understand anything. Speeding up knowledge accumulation through innovation can solve humanity's problems, with infinite progress ahead. Rational optimism acknowledges the world's imperfections and the vast potential for improvement.

03:55

Environmentalism, Innovation, and the Spaceship Earth Metaphor

A critique of the environmental movement suggests it underestimates our capacity for invention and assumes new technologies will cause harm. There's immense potential in combining the world's atoms and elements in new ways, with fusion energy cited as a promising example. The "Spaceship Earth" metaphor is challenged as treating Earth as a zero-sum game, when innovation and technology are necessary to support the current population and enable sustainable living, including terraforming other planets.

Part 2: Systems, Modeling, and Pandemic Response

06:08

Collective Knowledge, Cooperation, and the Limits of Top-Down Understanding

Knowledge is a distributed and collective phenomenon, illustrated by the example of a pencil's creation involving millions of people, none of whom know how to make the pencil alone. Cooperation across genetic boundaries is a unique human trait. Macroeconomic models are criticized for being overly simplistic and politically biased due to the economy's complexity.

08:18

Pandemic Modeling, Government Control, and the Swedish Model

The modeling of the pandemic is criticized as a top-down attempt to understand a bottom-up phenomenon. The speaker questions how London manages to feed millions of people lunch every day without a central planner. The Swedish model of not locking down is praised for providing an alternative to compulsory measures, demonstrating the importance of voluntary social distancing. Governments are better at controlling individuals than viruses, turning an education problem into a top-down control issue.

11:34

Economic Impact, Herd Immunity, and the Variables of Pandemic Response

The economic impact of lockdowns is discussed, noting that white-collar workers may soon feel the effects. The Swedish experiment tracks infection fatality rate, economic impact, and herd immunity levels. Natural herd immunity is different from vaccine-mediated herd immunity. A large proportion of deaths in the UK and US are attributed to hospital or care home acquired infections due to insufficient early testing.

Part 3: Media, Narrative, and Decentralized Technology

13:33

Narrative Control, Filter Bubbles, and the Divisiveness of Social Media

The interpretation of pandemic data is becoming a battle of narratives, with objective journalism declining. The fragmentation into filter bubbles and echo chambers is concerning. Social media is proving to be a divisive medium, similar to radio in the early 20th century. Television, with its high production and distribution costs, previously provided a more aligned, though potentially controlled, view. Social media allows for deeper, more personalized filter bubbles, increasing divisiveness. The invention of printing and Martin Luther's use of it to cause social revolution is cited as a historical parallel.

16:35

Amara's Law, Crypto's Potential, and Decentralized Infrastructure

Amara's Law, which states that the effects of innovation are overestimated in the short term and underestimated in the long term, is discussed. Crypto is seen as an example of this, with its potential to solve coordination problems without the state. Despite potential government resistance, entrepreneurs are building decentralized finance infrastructure and plumbing for internet companies in the crypto domain.

19:31

Crypto's Green Shoots: Decentralization, Privacy, and the Automation Narrative

Crypto-based plumbing is superior to non-crypto versions because they're decentralized, giving independent developers more control. Governments restrict freedom through a monopoly on violence, while cryptography offers an asymmetric advantage for the defender. Physical privacy is declining, but digital privacy is becoming more real through cryptographically protected identities. The narrative of automation and job loss is revisited, with the idea that AI will advance so quickly that it improves itself faster than we can retrain.

Part 4: Automation, Specialization, and Historical Progress

22:48

Automation, Job Creation, and the Democratization of Consumption

Automation has historically created new job opportunities and leisure time, despite fears of job destruction. The current concern about AI displacing upper-middle-class professions is not new. Automation is democratizing, leading to democratic consumption. Modern civilization consolidates production through specialization but diversifies consumption.

25:13

Specialization, Consumption, and the Great Man Theory of History

As a species, we become more specialized in what we produce but more diversified in what we consume. The great man theory of history is reconsidered, suggesting that while great people move the world forward, it doesn't necessarily require that specific person. Multiple individuals often innovate simultaneously.

27:21

Gell-Mann Amnesia, Innovation Credit, and the Role of Freedom

Gell-Mann amnesia is discussed in the context of innovation, where the speaker acknowledges that the book over-lionizes certain inventors and companies while overlooking earlier contributors. Innovation is the child of freedom, fostered by creative attempts to satisfy freely expressed human desires.

29:40

Rational Optimism, Innovation, and the Power of Ideas

The speaker thanks the author for helping him understand evolution and for promoting rational optimism. The author expresses gratitude for the insights and kind remarks, emphasizing that he is a writer rather than an innovator.

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