Zachary Schlosser
Project OwnerEntrepreneur, educator, AI product developer, and AI safety policy facilitator. Led research teams for biomimetic software design. Head of Product at a revenue generating AI-for-strategy startup.
We propose that the apparent conflict between performance and alignment in both digital and human intelligence is primarily the result, not of malice, but of limitations in the scope of systems’ consideration. To address this we develop a framework based on a “principle of comprehensivity,” where AI systems are evaluated on and improved to maximize 1) the amount of coherently integrated information flowing through all stages of each sense-choose-act cycle and 2) the scope of consideration over both temporal horizons and spatial horizons, including the infinite bases for finite goals, the goals of other systems’, and the indirect effects of system actions.
Develop a modular and extensible framework for integrating various motivational systems into AGI architectures, supporting both human-like and alien digital intelligences. This could be done as a highly detailed and precise specification, or as a relatively simple software prototype with suggestions for generalization and extension.
In order to protect this proposal from being copied, all details are hidden until the end of the submission period. Please come back later to see all details.
We will conduct a literature review of relevant work in both psychology broadly speaking and machine learning. Most relevant fields include motivation science adult developmental theory cognitive science of relevance decision making frameworks in individual and organizational strategy complexity in information theory active inference as it’s applied in machine learning and the OpenPsi model OpenCog and PRIMUS Hyperon cognitive architectures and other SingularityNET technology.
Summaries of key works.
$7,500 USD
The identification of sufficient material to develop the principle of comprehensivity in terms amenable to both neural networks and symbolic reasoning systems.
The technical adaptation of the principle of comprehensivity to both neural networks and symbolic reasoning systems including SingularityNET technology.
Technical conceptual framework.
$12,500 USD
A framework that - even if not yet mathematical - at least translates the principle of comprehensivity into terms amenable to both neural networks and symbolic reasoning systems.
Outlining approaches to testing the technical framework.
A proposal for testing the application of the technical framework including available resources tools that would need to be developed partners and costs.
$5,000 USD
Discovering likely successful procedures for assessing the principle of comprehensivity in system cognition and aligned capability increases in system external performance in line with the technical framework and utilizing already established AI system performance evaluation techniques including capability and alignment benchmarks.
Reviews & Ratings
Please create account or login to write a review and rate.
Check back later by refreshing the page.
© 2025 Deep Funding
Join the Discussion (0)
Please create account or login to post comments.