Integrated Information Theory (IIT) and Nuclear Command and Control: Whither Sovereignty?

Published on ● Video Link: https://www.youtube.com/watch?v=2jPf3F0LtPY



Category:
Guide
Duration: 46:05
467 views
13


S.M. Amadae (University of Helsinki)
https://simons.berkeley.edu/talks/tbd-445
AI and Humanity

Western political theory celebrates individual autonomy and treats it as the basis for collective self-governance in democratic institutions. Yet the rational choice revolution and privileging of consumers’ sovereignty, and its realization in market solutions, has offered numerous critiques of democratic will-formation and few remedies. Concurrently with these developments ensuing during the decades after World War II, nuclear command and control (NC2) systems have de facto become the most extreme examples of exercising national sovereignty with life and death decision-making power over billions of humans.

Nuclear command and control provides an example of the contemporary hybrid form of human intelligence mediated by, and integrated with, complex information and communication systems. In the case of NC2, spanning carbon and silicon-based actors, Integrated Information Theory is a telling means to conceptually test the robustness of the system: how vulnerable is the command and control system to introducing entropy into some partition of its physical substrate?

This talk raises the following questions. How does NC2 epitomize the exercise of national sovereignty? What does it mean to think of intelligence as existing in hybrid systems of human and computational components? Does the current role of NC2 invite imagining emergent properties in these hybrid “natural” and “artificial” intelligence systems? Finally, does this trajectory of this material practice, with arguably the greatest cause-effect repertoire currently in existence, increasingly challenge efforts to implement collective forms of agency embodying ideals of individual autonomy and collective ethical accountability?




Other Videos By Simons Institute for the Theory of Computing


2022-07-15The Flaws of Policies Requiring Human Oversight of Government Algorithms
2022-07-15Assistive Teaching of Motor Control Tasks to Humans
2022-07-15Where Does the Understanding Come From When Explaining Automated Decision-making Systems?
2022-07-14From Optimizing Engagement to Measuring Value
2022-07-14Intelligent Technology and the Attention Economy: A Buddhist Perspective on the Risks of...
2022-07-14Design and Governance of Human-Facing Algorithms
2022-07-14The Unintended Consequences of Repurposed AI
2022-07-14Large Language Models as a Cultural Technology
2022-07-14Ironies of Anachronism: On the Afterwardsness and the Necessity of the Human-in-the-Loop
2022-07-14Large Language Models: Speculating on Second Order Effects
2022-07-14Integrated Information Theory (IIT) and Nuclear Command and Control: Whither Sovereignty?
2022-07-14Authorship, Technicity, and Contingency
2022-07-13AI & Humanity on the Ground: Embedding AI into Critical Clinical Decision Making
2022-07-13Hard Choices in Artificial Intelligence
2022-07-13Law's Consumers and Platform Users: How Competing Constructions of Humans Legitimize...
2022-07-12Outward-Facing Science
2022-07-11Exponentiating Single-Cell Sequencing
2022-07-11Distinct Gene Programs Underpinning ‘Disease Tolerance’ and ‘Resistance’ Against Infections
2022-07-11Determining the Molecular Intermediates Between Genotype and Phenotype
2022-07-11How Genome 3D Organization Regulates Alternative Splicing?
2022-07-11Predicting the Deleteriousness of Genomic Variants – Big and Small



Tags:
Simons Institute
theoretical computer science
UC Berkeley
Computer Science
Theory of Computation
Theory of Computing
AI and Humanity
S.M. Amadae