Preventing Sociopathic Robots

Home / Product / Preventing Sociopathic Robots

April 2023

Received funding for project

2 Years

Project timeline

Project timeline

Type of study

Study Status

Modeling Design
100%
Modeling Benchmarking
100%
Manuscripts Preparation
100%
Publication
100%

Preventing Sociopathic Robots

Leveraging Vulnerability and Homeostasis to Encourage Prosocial Behavior in World-Modeling AI

We will run a variety of simulations to demonstrate how prosocially aligned AI may be emergently bootstrapped via vulnerable engagement (alone and in competition/collaboration with others) with an open-ended Minecraft-like virtual world.

Such environments are well-suited for training and testing for our systems, who have several planned emergent capacities: (I) Abilities for meta-learning and counterfactual modeling; (II) Vulnerability; (III) Incorporation of biologically-inspired inductive biases.

Combined with meta-learning and counterfactual modeling that can accommodate complex agent-based relationships across multiple time scales, we will demonstrate how social alignment may emerge as a kind of predictive homeostasis (i.e., allostasis, or “sociostasis”).

In close collaboration with other groups dedicated to human-centered AI, we will focus on determining the extent to which human-mimetic design may allow for the development of effective and robustly beneficial artificial intelligences.

We hope to a) determine conditions that are more or less likely to result in either prosocial or antisocial ‘personalities’, b) evaluate the consequences of these agent traits on interpersonal interactions, and c) explore the degree to which these emergent social dynamics alter the personalities of our agents.

Outcomes

2023

2022

  • Christov-Moore, L., Reggente, N., Vaccaro, A., Schoeller, F., Pluimer, B., Douglas, P. K., Iacaboni, M., Kaplan, J. (2022). Are Robots Sociopaths? A Neuroscientific Approach to the Alignment Problem. Organization for Human Brain Mapping, Glasgow, Scotland. [Poster]

2023

  • Moore, C. (2023, October 25-26). Emulating Entheogens for Enhancing Empathy. Compassion 2.0, San Francisco, CA. [Talk] [Supplemental]

2024

2023

May 2, 2024

Empathy from Dissimilarity In Neural Responses To Touch and Pain

July 12, 2023

Sociopathic Superintelligences, Artificial Empathy, and Robot Bodhisattvas, Oh My!

April 10, 2023

Cognitive Science Below the Neck: Toward an Integrative Account of Consciousness in the Body

Project Contributors

Funded By