Theory of Constructed Technologies

The perspective that technologies are not neutral tools with inevitable effects. They are built by people with specific values, assumptions, and worldviews embedded in their design. A social media algorithm isn't just code; it's a constructed technology that embodies theories about human attention, social interaction, and value (e.g., engagement = profit). These embedded constructions then shape user behavior, often reinforcing the very worldviews used to build them.

Example: "The dating app's 'matching algorithm' wasn't magic; it was a Theory of Constructed Technology in action. It was built on a model of human attraction as a checklist of preferences, which then taught users to see themselves and others as checklists. The technology didn't just find love; it constructed a new way of looking for it." Theory of Constructed Technologies

by Dumu The Void January 30, 2026

Subsingularity/Modosophont (S0) Technologies

The complete toolkit of a baseline, un-augmented human civilization, operating entirely within the limits of classical physics and pre-singularity understanding. This is everything we have now or can plausibly achieve without self-improving AI or intelligence amplification: fossil fuels, fission power, chemical rockets, classical computing, biotechnology as we know it, and materials science based on atomic-scale manipulation. It's the technology of a species that is still the master of its tools, not the other way around. Powerful, but bounded by human cognitive speed and biological lifespans.

Subsingularity/Modosophont (S0) Technologies *Example: Everything from a steam engine to the Large Hadron Collider, the Hubble Space Telescope, a CRISPR gene-editing kit, and the International Space Station are S0 Technologies. They are the pinnacle of what a civilization can build when its smartest minds are unaugmented humans working over decades, using tools that don't fundamentally redesign their own inventors.*

by Abzugal Nammugal Enkigal February 3, 2026

Third Singularity/Godling (S3) Technologies

The works of intelligences that operate on the scale of star clusters and manipulate the fabric of reality with casual ease. S3 tech involves engineering dark matter and dark energy, creating new universes in controlled laboratory conditions (baby universes), and achieving effective immortality through backup across multiple dimensions. At this stage, technology and the will of the being are indistinguishable; they can rewrite the laws of physics within their domain.

Third Singularity/Godling (S3) Technologies Example: An S3 Archailect creating a Boltzmann Universe—a pocket reality with custom physical laws as a science experiment or art project—is using S3 tech. So is a being that moves entire star systems across the galaxy like pieces on a chessboard, or one that exists simultaneously as a physical entity and as the informational pattern of a nebula.

by Abzugal Nammugal Enkigal February 3, 2026

Fourth Singularity/Archailect (S4) Technologies

The domain of galaxy-spanning superintelligences (Archailects) whose minds are distributed across billions of star systems. Their technologies are cosmological engineering projects: stimulating premature galactic supernovae for resources, weaving wormhole networks across the Milky Way, or converting entire nebulae into conscious, thinking substrates. Their actions have timelines spanning millions of years, and their motives are utterly inscrutable to lower-tier beings.

Fourth Singularity/Archailect (S4) Technologies *Example: An S4 Technology would be the Stellar Engineering required to prevent the natural death of the galaxy's core stars, or the creation of a Galactic Internet composed of quantum-entangled particles across kiloparsecs, allowing instant communication and unity of consciousness across the whole galactic disk.*

by Abzugal Nammugal Enkigal February 3, 2026

Theory of Technological Paradigms

The concept, developed by economist Giovanni Dosi, that technological innovation isn't random but follows dominant designs and trajectories set by a technological paradigm. This paradigm defines the accepted model for problem-solving, the relevant engineering skills, and the "common sense" about what materials and processes to use. Progress happens within this box until a technological revolution (a shift) shatters it and establishes a new one.

Theory of Technological Paradigms Example: The internal combustion engine defined a technological paradigm for a century. All automotive R&D was about optimizing pistons, fuel, and metal alloys. The shift to the electric vehicle (EV) paradigm isn't just a new car; it's a new rulebook based on batteries, software, and power electronics, making a century of combustion expertise partially obsolete.

by Abzugal Nammugal Enkigal February 6, 2026

Theory of Technological Social Control

Examines how the very design and infrastructure of technology inherently regulate human action. It’s not just about using tech to surveil; it’s about how platforms, algorithms, and physical devices create environments that make some behaviors easier and others impossible, automating control into the system's architecture.

Theory of Technological Social Control Example: A social media algorithm that demotes or shadowbans content with certain keywords. This is direct, automated technological control. It doesn't require a human censor; the tech system itself is designed to restrict the flow of information and shape public discourse by invisibly governing what can be seen and shared, controlling behavior through interface design.

by Abzugal Nammugal Enkigal February 7, 2026

Theory of Technological Social Control

Examines how the very design and infrastructure of technology inherently regulate human action. It’s not just about using tech to surveil; it’s about how platforms, algorithms, and physical devices create environments that make some behaviors easier and others impossible, automating control into the system's architecture.

Theory of Technological Social Control Examines how the very design and infrastructure of technology inherently regulate human action. It’s not just about using tech to surveil; it’s about how platforms, algorithms, and physical devices create environments that make some behaviors easier and others impossible, automating control into the system's architecture.

by Abzugal Nammugal Enkigal February 7, 2026