Anders Sandberg
Showing 1–3 of 3 transcripts.
- 80,000 Hours1h 25m
What if dictators could live forever? | Anders Sandberg
Anders Sandberg outlines a comprehensive framework for addressing global threats by prioritizing root-cause anti-aging research to unlock a longevity dividend while analyzing existential risks such as nuclear instability and solar flares. The discussion evaluates the potential for automation to disrupt society through persuasive technologies, advocates for institutional safeguards like term limits to prevent political sclerosis, and identifies critical blind spots in current regulatory frameworks that hinder individual experimentation. By synthesizing biomedical, political, and technological perspectives, the event proposes that diverting significant health budgets toward longevity and adopting precautionary principles for high-consequence technologies can yield substantial economic and survival benefits within a decade.
- 80,000 Hours1h 21m
Where are the aliens? | Anders Sandberg
Anders Sandberg, Dr Sandberg, Rob Weblin
Anders Sandberg outlines a framework for existential risk mitigation that integrates a "constructive procrastination" research style with Bayesian modeling of the Fermi Paradox to argue that the Great Filter is likely an early emergence barrier rather than a late-stage self-destruction event. By applying thermodynamic principles like the Landauer limit to the Estivation Hypothesis, Sandberg suggests advanced civilizations may hide computational resources in the far future, rendering the universe silent today while highlighting the extreme efficiency of near-light-speed colonization. These insights collectively support a strategy of differential technology development to preserve the long-term potential of intelligence across gigaparsecs, emphasizing that most residual risk stems from the possibility that current analytical models are fundamentally incorrect.
- 80,000 Hours2h 49m
War in space, grabby aliens, and the lifespan of civilisations | Anders Sandberg
During a 2016 leadership retreat, the author launched the *Grand Futures* project to synthesize scattered research into a 1,400-page analysis of the physical and engineering limits of the universe. The work identifies critical "ticking clocks" for civilization, such as deuterium consumption and galactic separation, while arguing that a vision of a "grand" future is essential for mitigating existential risks. By evaluating constraints on energy extraction, the viability of biological versus machine life, and the ethics of expansion, the book proposes that redundancy and the preservation of diverse possibilities are the most robust strategies for long-term survival.