Definitions by Abzugal
Social Control Theory
The study of how elites (states, corporations, institutions) keep the masses in line using a trio of levers: Money (economic incentives/debt), Ideology (narratives like patriotism or wokeness), and Fear (of chaos, violence, or ostracism). Jiang posits that stable societies master all three: pay people enough to be comfortable, convince them the system is just, and scare them with what happens if it falls. The theory examines which lever is pulled during crises—print more money, ramp up propaganda, or unleash the police.
Example: "During the pandemic, Social Control Theory was on full display: Money (stimulus checks), Ideology ('we're all in this together'), and Fear (of disease and social shaming). When one lever failed, they doubled down on the other two."
Social Control Theory by Abzugal January 24, 2026
Social Power Theory
A framework ranking the fundamental forces that drive human societies, where Money is the base, tangible power (controlling resources), the Individual (genius, leader, or icon) is the catalytic power that redirects history, and the Nation-State is the supreme, organized power that monopolizes violence and ideology. Jiang argues these layers constantly interact: great individuals (like Steve Jobs or Napoleon) harness money to create change, but ultimately get co-opted or crushed by the state apparatus, which is the only entity that can legally print money, wage war, and define truth. It's a cheat sheet for who really calls the shots.
Example: "Social Power Theory explains Elon Musk: he has Money power (Tesla wealth) and Individual power (cult following), but if he clashes with Nation-State power (the U.S. government over satellites or China over factory rules), the state will win every time. The house always wins."
Social Power Theory by Abzugal January 24, 2026
Spacetime Engineering
The ultimate discipline: the active manipulation of the four-dimensional fabric of the universe (three space + one time) as a direct substrate for construction. This is god-tier civil engineering. You're not building in space; you're building with spacetime. Your tools are concepts like negative energy densities, cosmic strings, and naked singularities. Your blueprints are solutions to Einstein's field equations.
Example: Building a stable, traversable wormhole for transit. Spacetime engineers wouldn't just "find" one; they'd need to fabricate it. This theoretically requires exotic matter with negative energy to prop the throat open against gravitational collapse. Or, imagine "stitching" two distant regions of space together, like creating a cosmic subway tunnel that bypasses the need for travel through the intervening void. It's the kind of engineering that doesn't just change the landscape; it changes the map itself. It's Spacetime Engineering.
Spacetime Engineering by Abzugal January 24, 2026
Spacetime Travel
The big daddy of all travel concepts: moving through time as well as space in a controlled manner, typically by manipulating the geometry of spacetime itself via General Relativity. This isn't just going fast (relativistic travel), which only goes forward in time. This is about creating closed timelike curves—wormholes, warp drives, cosmic strings—to theoretically hop to the past or distant future without waiting. It's engineering the universe's roadmap to include shortcuts and loops.
Example: The Alcubierre "warp drive" concept is spacetime travel. It doesn't move the ship through space faster than light; instead, it contracts spacetime in front of the ship and expands it behind, effectively surfing on a wave of distorted geometry. The ship sits in a "warp bubble" not subject to relativistic effects. You arrive at your destination quickly without any time dilation mess. Another example is using a traversable wormhole: one mouth is accelerated to near light-speed and brought back, creating a time machine where entering one end exits the other in the past.
Spacetime Travel by Abzugal January 24, 2026
Spacetime Communication
The hypothetical (and probably impossible) idea of sending information using or through the fabric of spacetime itself, rather than through it. This includes notions like wormhole comms, quantum entanglement "spooky action" that somehow transmits data, or manipulating gravity waves to carry a signal. It's the dream of instant, non-local chat across the universe, violating the standard light-speed limit by treating space and time as a manipulable medium.
Example: In sci-fi, this is the ansible. A more "physics-y" but still speculative example might be creating and stabilizing two entangled quantum wormholes (Einstein-Rosen bridges), one kept on Earth and one sent to a colony ship. Modulating the quantum state of one instantly affects the other, in theory allowing for faster-than-light messaging. In reality, it's probably a pipe dream that breaks causality, but it's the go-to concept for any story that needs galactic empires to have a functioning internet. It's Spacetime Communication.
Spacetime Communication by Abzugal January 24, 2026
Spacetime Computing
A next-level concept beyond relativistic computing that uses the gravitational aspects of Einstein's General Relativity for information processing. The idea is to exploit the warping of spacetime itself—like using the gravity wells of black holes or the stretched fabric around massive objects—to perform calculations. Think of it as using the universe's geometry as a computational substrate. Time dilation isn't from speed, but from gravity.
Example: A "black hole server farm." You lower a sealed compute pod toward the event horizon of a small, artificial black hole. From the perspective of distant operators, time for the pod grinds almost to a halt due to intense gravity. The pod performs an impossibly complex calculation (like modeling climate over millennia) in what feels like a few hours of external time. You then retrieve it, having effectively performed vast amounts of computation in a short external timeframe. It's the ultimate overclocking—using gravity to freeze a processor's clock so it can do more ticks relative to the outside world. It's Spacetime Computing.
Spacetime Computing by Abzugal January 24, 2026
Relativistic Engineering
The discipline of designing machines, structures, or systems that must operate under the extreme conditions of near-light-speed travel or in regions of intense gravitational fields where relativity is the dominant force. It’s mechanical engineering for a universe where mass increases with velocity, lengths contract, and synchronizing clocks is a philosophical nightmare. Forget steel and bolts; think about containing energies that warp local spacetime.
*Example: Designing the hull of a relativistic starship. At 0.9c, even a speck of interstellar dust hits with the energy of a nuclear bomb. Your shielding isn't just "strong metal"; it might involve creating a forward-facing plasma shield or using a projected magnetic field to ionize and deflect atoms. Also, your onboard computers have to be built from the ground up to handle their own internal signals experiencing time dilation relative to other parts of the ship. It's engineering where the textbook pages are stuck together with space-time curvature.* It's Relativistic Engineering.
Relativistic Engineering by Abzugal January 24, 2026