Conference Presentation, Panel
Copy of In Tech We Trust? A Debate with Peter Thiel and Marc Andreessen
- Core Debate: The session addresses whether technological innovation is accelerating or decelerating, contrasting the "computer revolution" against stagnation in physical infrastructure and other sectors.
- Economic Context: Despite ~$1.4 trillion in annual global R&D spending, a 2012 The Economist cover story highlighted a cultural pessimism: "Will We Ever Invent Anything This Useful Again?"
- Productivity Lag: US median wages have been stagnant for 40 years; mean wages rose only 22% (adjusted for inflation) from 1973 to 2013, contrasting with the 350% rise from 1933 to 1973.
- Labor Force Growth: Employment in the US IT sector grew 100% in the 1990s but only ~38% from 2003 to 2013, indicating a significant deceleration in sectoral expansion.
- Market Capitalization: Tech companies founded in the 1990s (e.g., Google, Amazon) are collectively worth 2–3 times more than all US tech companies founded since 2000.
- Patent Data: FDA biotechnology patent approvals are 33% (one-third) of the volume seen 20 years ago; overall patent filings are at historic highs but may reflect legal gaming rather than innovation.
- Transportation: Average vehicle speeds have not increased since the 1960s; private helicopter routes between SFO and Oakland (active in the 1970s) were discontinued after the 1973 oil shock and never resumed.
- Energy Prices: Energy prices are significantly higher (inflation-adjusted) today than in 1972; the US has not recovered from the 1970s oil shocks in terms of energy cost efficiency.
- Cultural Sentiment: 80% of Americans believe the next generation will be worse off than the current one; Hollywood films predominantly portray technology as destructive or dystopian.
- Peter Thiel's "Computer Rust Belt": Traditional hardware companies (Cisco, Dell, HP, Oracle, IBM) are predicted to become commodities with falling labor and profits; Apple is viewed as nearing this status due to incremental design changes.
- Thiel's Hypothesis: The stagnation is a "cultural decision" driven by risk aversion, excessive regulation, and an incrementalist mindset rather than a lack of physical possibility.
- Thiel's Optimism: He asserts that technologies like AI, quantum computing, and space exploration could accelerate living standards if the US shifts from risk aversion to bold investment.
- Mark Andreessen's Rebuttal: Argues that innovation is happening but is trivialized by the public; compares current skepticism about Twitter to past skepticism of the telephone, internet, and automobile.
- Twitter Defense: Andreessen posits that "140 characters" (Twitter) represents "instant global public messaging for free," a breakthrough that previous eras would have deemed heavenly.
- Communication as Catalyst: Identifies communication technology as the fundamental platform enabling future innovation in other industries by allowing fluid collaboration and expertise sharing.
- Historical Precedent: Notes that the car, telephone, and internet were all initially dismissed as trivialities or scams before becoming foundational to modern civilization.
- Regulatory Subsidies: Attributes the lack of clean energy competition to ~$500 billion in direct global subsidies for oil and gas, plus ~$3 trillion in indirect costs (foreign policy/wars).
- Solar Exception: Solar energy is the only major clean tech to have reached volume and cost-competitiveness, as the price has dropped "like a rock" without relying on specific subsidies.
- Transportation Innovations: Andreessen identifies three current advances: (1) Electric vehicles (e.g., Tesla) awaiting scale; (2) Self-driving cars nearing technical readiness but blocked by state laws; (3) "Societal networking" (e.g., Waze) optimizing traffic flow in real-time.
- Substitution Effect: High-quality telepresence and video conferencing are reducing the necessity of physical travel, acting as a significant innovation in transportation demand.
- Thiel's Counter on Energy: The electrical grid has seen virtually no change in 50 years; energy R&D spending by grid managers is only 0.17% of sales, compared to much higher rates in pharmaceuticals.
- Inequality Driver: Thiel argues inequality stems from a "shortage of innovation"; 25 of 92 US billionaires on the 2012 Forbes list made fortunes in natural resources (lack of innovation), while only 11 did in technology.
- Government Monopolies: Thiel and Andreessen agree that entrenched government monopolies and regulations stifle innovation in sectors like energy, biotech, and transportation.
- Measurement Metrics (Thiel): Would require a return to life expectancy gains of 2.5–3 years per decade (the rate from 1840–1970) to confirm an accelerating civilization.
- Measurement Metrics (Andreessen): Would accept a sustained drop in per capita GDP or a decline in the number of scientists/engineers as proof of deceleration; currently, global STEM degrees rose from 2.2M (2000) to 3.7M (2008).
- Patents as Anti-Indicator: Andreessen suggests the patent system is "fundamentally broken" and may indicate innovation is moving beyond the ability of examiners to catalog, rendering patents a poor metric.
- Global Innovation Hubs: Thiel remains skeptical of emerging markets, noting that "something somewhere is often nothing of nowhere"; innovation remains heavily concentrated in Silicon Valley.
- Regulatory Competition: Andreessen proposes "regulatory arbitrage" via charter cities or nation-states to foster innovation (e.g., Israel for drones, UK for gambling, Japan for drug development).
- Space and Bio-deregulation: The success of SpaceX is attributed to recent US deregulation; both speakers eye a potential tipping point where FDA or energy regulations loosen to unlock global markets.
- Future Outlook: Thiel warns that an "accelerating technological civilization" is a rare historical anomaly at risk of being lost; Andreessen predicts current "trivial" innovations will be viewed as legends in 50–100 years.