What you get when a post-Singularity superintelligence gets bored and starts playing with the fundamental building blocks of reality like Legos. These aren't just stronger or lighter; they have physics-breaking properties programmed at the atomic level. Think: programmable matter that shifts shape on command, hyper-dense "neutronium-lite" for hulls, materials with negative refractive index for perfect cloaking, or self-replicating nano-phased alloys that heal fractures by thinking about it. They don't exist in nature because nature wasn't smart enough to invent them.
Example: "The alien probe wasn't made of metal or ceramic; it was built from singularity materials. It flowed like liquid to absorb impacts, turned perfectly transparent when studied, and deflected our lasers by locally increasing the speed of light around its surface." Singularity Materials
by Dumuabzu January 29, 2026
Get the Singularity Materials mug.The entire category of gadgets, tools, and systems so advanced they are indistinguishable from magic, and were likely invented by an ASI (Artificial Superintelligence) that perceives time in attoseconds and thinks in eleven dimensions. This includes self-improving AI that designs its own successors, nanotech assemblers that can build anything from air, reality simulations indistinguishable from base reality, and technologies that manipulate time, consciousness, or entropy directly. If a human from today understands how it works, it's not a Singularity technology.
Example: "They claimed their 'probability harmonizer' was a Singularity technology. You'd think about needing a coffee, and quantum fluctuations in the local area would nudge someone to bring you one. It wasn't telepathy; it was just exploiting pre-causal macro-scale quantum effects." Singularity Technologies
by Dumuabzu January 29, 2026
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The first wave of tools and systems created by or in anticipation of an Artificial Superintelligence (ASI). These are technologies so advanced they seem magical, often self-improving and opaque in their operation. Examples include recursive AI that designs better versions of itself, nanotechnology that can assemble anything from atomic feedstock, and predictive models so accurate they blur the line between simulation and destiny. The key feature is that their full capability and purpose may not be fully understandable to the humans who (theoretically) initiated their creation.
Example: "The company unveiled its first 'Singularity technology': a black box optimizer. You give it any goal—'make the perfect chip,' 'cure this disease'—and it spits out a blueprint and a list of seemingly insane steps to build it. No one knows how it works, but the chips are 1000x faster and the cures work." Singularity Technologies
by Abzugal January 30, 2026
Get the Singularity Technologies mug.The potentially short-lived discipline of attempting to design control mechanisms, safety protocols, and infrastructure for technologies that rapidly exceed human comprehension. It's about building the "box" for a god-like AI, creating utility functions that won't lead to unintended cosmic consequences, and engineering fail-safes for systems that can redesign their own architecture. It's engineering with the ultimate humility, knowing your creation may render your entire field obsolete—or worse.
Example: "She worked on the Alignment Team, the peak of singularity engineering. Their job was to design the initial reward function for the seed AI. They spent years debating how to mathematically define 'human flourishing' without accidentally making it obsessed with turning the cosmos into smiley-face statues."
by Abzugal January 30, 2026
Get the Singularity Engineering mug.The study of the hypothesized event itself and its immediate aftermath. This is a meta-science, combining futurism, complexity theory, and AI research to model the acceleration of change, the potential behaviors of a superintelligence, and the resulting phase shift for civilization. It's less about conducting experiments and more about running billions of simulations with different parameters, trying to map the probability space of what happens when intelligence escapes the constraints of biological evolution.
Example: "The Institute for Singularity Sciences doesn't have labs; it has a vast server farm running agent-based models of technological growth. Their papers have titles like 'Topological Analysis of Goal System Drift in Recursively Self-Improving Architectures.' It's mostly terrifying graphs with lines that go vertical."
by Abzugal January 30, 2026
Get the Singularity Sciences mug.by x_amaterasu_xx December 22, 2020
Get the xx_singularity_xx mug.Also known as a "rotating uncharged blackhole" or a "Kerr blackhole". One of the four possible solutions to Einstien's field equations for general relativity. Unlike a standard blackhole, which has a single point singularity, a ring singularity is ring shaped because the blackhole is rotating. Any object that has spin and collapses into a blackhole would turn into a ring singularity.
Ring singularities are known to be of special interest because of the unusual phenomenons that occur near the singularity, that would not occur at a single point singularity. The structure of the rotating blackhole is different.
In a rotating blackhole, the outer layer is called the ergoshpere, which is shaped like a ovaloid. There are also two event horizons, the outer event horizon is taurus shaped. The outer event horizon acts like that of the event horizon found in a non-rotating blackhole. However the inner event horizon is different. Inside the inner event horizon space and time start acting normal again.
The real interesting part is about the ring singularity at the center. The edges of the ring singularity act like a singularity found in any non-rotating blackhole. However the central region inside of the ring according to physicists acts like either a portal to another universe, a wormhole, or both.
Majority if not all blackholes in the universe have a ring singularity. This is because all objects in the universe have some amount spin, including stars that collapse into a blackhole.
Ring singularities are known to be of special interest because of the unusual phenomenons that occur near the singularity, that would not occur at a single point singularity. The structure of the rotating blackhole is different.
In a rotating blackhole, the outer layer is called the ergoshpere, which is shaped like a ovaloid. There are also two event horizons, the outer event horizon is taurus shaped. The outer event horizon acts like that of the event horizon found in a non-rotating blackhole. However the inner event horizon is different. Inside the inner event horizon space and time start acting normal again.
The real interesting part is about the ring singularity at the center. The edges of the ring singularity act like a singularity found in any non-rotating blackhole. However the central region inside of the ring according to physicists acts like either a portal to another universe, a wormhole, or both.
Majority if not all blackholes in the universe have a ring singularity. This is because all objects in the universe have some amount spin, including stars that collapse into a blackhole.
A ring singularity could act like a portal. Also, majority if not all blackholes in the universe have a ring singularity.
by MST3K I like August 30, 2022
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