Engineering Ideas

Engineering Ideas is a Substack that explores a wide range of topics within technology, focusing on aspects like artificial general intelligence (AGI), machine learning, AI ethics and regulation, societal impact of AI, engineering cultures, and approaches to AI safety and collaboration. It emphasizes multidisciplinary approaches, theoretical concerns, and practical proposals to improve technology's integration into society.

Artificial General Intelligence Machine Learning AI Ethics and Regulation Societal Impact of AI Engineering Culture AI Safety Technology and Society Computational Systems Human-AI Collaboration Economic Impacts of Automation

The hottest Substack posts of Engineering Ideas

And their main takeaways
19 implied HN points 25 Jan 24
  1. The Gaia Network aims to improve science by making research more efficient and accountable.
  2. The Gaia Network can assist in funding science by providing quantitative impact metrics for awarding prizes and helping funders make informed decisions.
  3. Gaia Network serves as a distributed oracle for decision-making, aiding in a wide range of practical applications from farming operations to strategic planning and AI safety.
19 implied HN points 27 Dec 23
  1. AGI will be made of heterogeneous components, combining different types of DNN blocks, classical algorithms, and key LLM tools.
  2. The AGI architecture may not be perfect but will be close to optimal in terms of compute efficiency.
  3. The Transformer block will likely remain crucial in AGI architectures due to its optimization, R&D investments, and cognitive capacity.
19 implied HN points 20 Dec 23
  1. Gaia Network offers a practical solution for Open Agency Architecture, leveraging proven software and economic mechanisms.
  2. Gaia Network functions as an evolving repository of causal models for improving decision-making and coordination.
  3. The design of Gaia Network promotes ease of adoption, real-world impact, and collaborative development to meet the goals of Open Agency Architecture.
19 implied HN points 19 Dec 23
  1. SociaLLM is a foundation language model trained on chat, dialogue, and forum data with stable message authors and timestamps.
  2. Industrial applications of SociaLLM include personalized content recommendations, customer service, education, and mental health support.
  3. SociaLLM has research and AI safety applications in social science, collective intelligence, and studying mechanisms to prevent deception and collusion in AI.
19 implied HN points 07 Dec 23
  1. Social media promotes tribalism and polarization, making it hard to find rational critique in comments.
  2. A proposed solution involves personalized comment ordering based on user reactions and models.
  3. Compensating users for reading and voting on comments with a token system could help combat spam and manipulation.
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19 implied HN points 08 Nov 23
  1. Concerns about AI regulation revolve around AI monopolization and concentration of power.
  2. The Open Agency model proposes approved specialized AI services and glue AIs to prevent concentration of power.
  3. This model aims to address core concerns of anti-AI regulation individuals regarding power concentration and freedom of political and ethical views.
39 implied HN points 20 Mar 23
  1. People are motivated to learn difficult skills for competition, economic gain, intrinsic interest, or altruism.
  2. With automation, economic motivation for learning may decline, leading to a shift in human activities towards physical games, cognitive games, manual labor, spirituality, art appreciation, or passive consumption.
  3. The future of widespread intrinsic motivation for learning is seen as unlikely, requiring a supportive environment and upbringing.
19 implied HN points 01 Aug 23
  1. AI romantic partners need swift regulation to prevent potential harm to society.
  2. Within the next few years, AI romantic partners may offer hyper-realistic human avatars, unique personalities, and emotional intelligence.
  3. AI romantic partners could reduce the participation in human relationships, influencing the total fertility rate and societal dynamics.
19 implied HN points 18 Apr 23
  1. Alignment research for AGI should focus on math and science, not philosophy.
  2. Philosophy's role in society is decreasing, while science and technology are increasing.
  3. The future of humanity in relation to AI will likely be decided by technologists and AI itself, not by humanity.
0 implied HN points 29 May 23
  1. The exemplary actor uses a powerful LLM and narrow AI tools to generate perfectly ethical plans aligned with scientific theories.
  2. Alignment on methodological and scientific disciplines is vital for goal alignment and plan alignment.
  3. Challenges include direct LLM access risks, alien world model influences, and the need to mitigate capability handicaps from ethical alignment.
0 implied HN points 08 May 23
  1. The proposal of AI scientists suggests building AI systems that focus on theory and question answering rather than autonomous action.
  2. Human-AI collaboration can be beneficial, with AI doing science and humans handling ethical decisions.
  3. Addressing challenges in regulating AI systems requires not just legal and political frameworks, but also economic and infrastructural considerations.
0 implied HN points 09 Feb 23
  1. Theoretical research on designing 'safe' AGI systems is crucial to not passively follow current systems but instead aim for intelligent design.
  2. AI safety research should converge with wider AGI research for a top-down design approach to civilisational intelligence.
  3. A multi-disciplinary approach to AI safety research is necessary, incorporating various perspectives from cognitive science, neuroscience, game theory, and more.
0 implied HN points 23 Jan 24
  1. Socioeconomies are non-ergodic systems with hysteresis, and history matters in understanding their structures.
  2. The complexity of socioeconomic structures goes beyond individual behavior and requires a non-reductionist approach.
  3. Policies and regulations in economies are more effective when supported by networks of checks and balances among various organizations.