New Scientist Podcasts
CultureLab: Carlo Rovelli on the link between quantum physics and world peace
Jul 29, 2024
Carlo Rovelli, an Italian theoretical physicist known for his work on relational quantum mechanics, discusses how the fundamentals of the universe are driven by relationships rather than particles. He explores the political implications of science, suggesting that understanding quantum interactions could foster international collaboration and enhance global citizenship. Rovelli also highlights the importance of cooperation over competition, drawing parallels between nature and human society, and advocating for broadening social networks to improve community engagement.
31:47
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Quick takeaways
- Carlo Rovelli's relational interpretation of quantum mechanics emphasizes the importance of interactions over isolated systems, reshaping our understanding of reality.
- Applying relational thinking to international relations can foster collaboration among nations, offering a pathway to address global challenges through mutual respect and dialogue.
Deep dives
The Concept of Relational Quantum Mechanics
Relational quantum mechanics presents a perspective that emphasizes the importance of interactions between systems rather than viewing them as isolated entities. This theory suggests that the properties of a system cannot be fully understood without considering its relationships with measuring devices and other systems. By adopting a relational view, one can comprehend phenomena in a way that eliminates the need for hidden variables and complex interpretations often associated with quantum mechanics. This approach fundamentally shifts the understanding of reality from a focus on objects and their intrinsic properties to a focus on processes and how these systems influence each other.
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