Algorithms of Civilization: The Computational Logic of Social Order copertina

Algorithms of Civilization: The Computational Logic of Social Order

Algorithms of Civilization: The Computational Logic of Social Order

Ascolta gratuitamente

Vedi i dettagli del titolo

Offerte di stagione | 0,99 €/mese per i primi 3 mesi

A seguire 9,99 €/mese – si applicano condizioni. Puoi disdire mensilmente.
A proposito di questo titolo
 Algorithms of Civilization: The Computational Logic of Social Order This lecture, the second in a winter semester course on digitalization as a civilizational rupture, begins with a recap of a central argument: that human societies are shaped by three parameters — logistics, energy, and communication — and that a significant shift in any one of them forces the entire social system to reorganize. The current transformation, driven by an exponential increase in available computation, is placed in analogy to proto-industrialization: the infrastructure exists, but the deeper structural realignment has not yet fully occurred. The core of the lecture develops a graph-theoretic model of social coordination. Starting from the observation that the human brain can track a limited number of relationships — roughly Dunbar's number, placed here around 17 to 145 depending on graph structure — the lecture argues that all major institutions of the past 6,000 years are essentially workarounds for this cognitive constraint. Centralized leadership, bureaucratic hierarchies, money, morality, family, and honor are each analyzed as algorithms: mechanisms designed to coordinate groups larger than what unassisted human cognition can manage. The lecture closes by noting that expanded computational capacity opens new solution spaces, and introduces mechanism design as the field concerned with constructing coordination systems deliberately. Key topics: - The social graph as a formal model for human coordination, and how graph size determines the limits of decentralized social order - Dunbar's number as the structural problem underlying 6,000 years of institutional history - Bureaucracy and centralized hierarchy analyzed as tree data structures with properties such as fan-out, depth, and communication loss - Money, morality, family, and honor each treated as distinct algorithmic responses to the coordination problem - Mechanism design as an emerging discipline for constructing new coordination mechanisms, with college application essays as a concrete example of mechanism failure under changed conditions
adbl_web_anon_alc_button_suppression_t1
Ancora nessuna recensione