8D Sciences

The study of phenomena across eight dimensions: spacetime, probability, initial conditions, physical laws, and mathematical structures. In 8D sciences, the framework includes not just different physics but different mathematics—different logical systems, different number theories, different geometries that could underlie reality. 8D sciences investigate how truth itself varies across mathematical structures, how 2+2 could equal 5 in some dimensional slices, and what kind of consciousness could exist in a universe where the Pythagorean theorem is false. This is the science of ultimate contingency—the recognition that even math isn't necessary, just one structure among infinite possibilities.

*Example: "She used 8D sciences to comfort herself after failing a math test. 'In this mathematical structure, I failed. But in an 8D branch with different axioms—where 2+2=5 and circles are square—I'm a genius. I'm just in the wrong mathematical universe.' Her teacher said to stick to this universe's math for the final exam. She passed, barely, proving that 8D truth doesn't help with 3D grades."*

by AbzuInExile February 16, 2026

9D Sciences

The study of phenomena across nine dimensions: spacetime, probability, initial conditions, physical laws, mathematical structures, and logical systems. In 9D sciences, the framework includes different ways of reasoning—different inference rules, different definitions of validity, different concepts of truth. 9D sciences investigate how argument, proof, and rationality vary across dimensional slices, how a claim that's logically valid in one system could be fallacious in another, and what kind of discourse could exist in universes where the law of non-contradiction doesn't hold. This is the science of radical cognitive diversity—the recognition that your logic is just one logic among infinite possibilities, not the logic.

Example: "He applied 9D sciences to his political arguments. 'In your logical system, your conclusions follow. In mine, they don't. We're operating from different 9D coordinates—different inference rules, different validity criteria. Neither of us is irrational; we're just logically dimensional.' His opponent said that was relativistic nonsense. He said that proved his point about different logical systems. The argument continued, infinitely, across dimensions."

by AbzuInExile February 16, 2026

10D Sciences

The study of phenomena across ten dimensions, the framework required by string theory for mathematical consistency. In 10D sciences, the universe is understood as a complex manifold of vibrating strings, membranes, and higher-dimensional objects interacting across ten dimensions—nine spatial, one temporal. The six extra spatial dimensions are compactified, curled up so small they're invisible, yet their geometry determines everything: the masses of particles, the strengths of forces, the very possibility of life. 10D sciences investigate how the shape of hidden dimensions shapes our visible reality, how different compactifications would produce different universes, and why we can't see the dimensions that determine everything—they're too small, too hidden, too intimate.

Example: "She explained 10D sciences to her therapist as a metaphor for her hidden trauma. 'The visible dimensions are my conscious mind—what I show the world. The compactified dimensions are my unconscious—curled up small, invisible, but shaping everything. The geometry of those hidden dimensions determines who I am.' Her therapist said that was either profound insight or avoidance disguised as physics. She said both were true, which was very 10D."

by AbzuInExile February 16, 2026

11D Sciences

The study of phenomena across eleven dimensions, the maximum framework required by M-theory, which unifies all string theories into a single 11D structure. In 11D sciences, the universe is understood as a vast, multidimensional landscape where different regions have different dimensional geometries, different physical laws, different realities entirely. 11D sciences investigate the ultimate nature of existence—how dimensions relate, how realities interface, how the whole cosmic shebang fits together. This is the science of everything, everywhere, all at once—the most comprehensive, most ambitious, most unprovable framework ever conceived. 11D sciences explain everything and predict nothing, which is either their glory or their fatal flaw, depending on your tolerance for untestable beauty.

*Example: "He tried to explain 11D sciences to his grandmother, who asked what he did all day. 'I study the eleven-dimensional structure of reality,' he said. 'It unifies all forces, explains all phenomena, reveals the ultimate nature of existence.' She asked if it would help her find her glasses. He said no, but in some 11D branches, she'd never lost them. She found them on her head. 11D sciences had failed again, but at least it was consistent."*

by AbzuInExile February 16, 2026

Spacetime-Probability-Initial Conditions Science

The systematic study of phenomena across six dimensions, investigating how initial conditions interact with spacetime position and probability branching to produce the full richness of reality. This science asks questions like: How do small differences in initial conditions amplify over time? How do probability branches diverge from different starting points? What kinds of outcomes are possible given different initial parameters? It's the science of origins, of foundations, of the starting points that shape everything that follows. Spacetime-Probability-Initial Conditions Science explains why history matters, why birth matters, why context matters—and why simple comparisons between people or systems are almost always misleading. You can't compare outcomes without comparing starting points.

Spacetime-Probability-Initial Conditions Science Example: "She applied Spacetime-Probability-Initial Conditions Science to her career, mapping not just her choices (probability) and timing (spacetime) but her starting point—her education, her family background, her first job. She realized that comparing herself to colleagues with different initial conditions was pointless. The science taught her to evaluate her progress against her own starting point, not someone else's."

by Dumu The Void February 16, 2026

Spacetime-Probability-Initial Conditions Sciences

The collective disciplines that study reality from the six-dimensional perspective, including 6D physics, 6D biology, 6D sociology, and all other fields expanded to include initial conditions as a fundamental dimension. These sciences investigate how initial conditions shape everything from particle physics (the initial state of the universe) to human development (genetics and early environment) to social systems (historical starting points). They reveal that nothing can be understood in isolation from its origins, that every system carries its beginning within it, and that the past isn't really past—it's encoded in the present as initial conditions still unfolding. The Spacetime-Probability-Initial Conditions Sciences are the ultimate historical sciences, recognizing that to know anything fully, you must know where it started.

Spacetime-Probability-Initial Conditions Sciences Example: "The university's new department of Spacetime-Probability-Initial Conditions Sciences brought together physicists, biologists, historians, and sociologists to study how starting points shape everything. They quickly discovered that every field had been neglecting initial conditions—treating systems as if they began at the moment of observation. Their first paper was titled 'The Tyranny of the Present: Why Origins Matter.' It was widely ignored, which proved their point about initial conditions in academia."

by Dumu The Void February 16, 2026

Visible Sciences

The study of phenomena that can be directly observed with the naked eye or ordinary instruments—the sciences of the manifest world. Visible sciences include classical physics (falling apples, rolling balls), macroscopic biology (plants growing, animals moving), and most of chemistry as practiced in high school labs (color changes, precipitates, exciting explosions). These sciences are accessible, intuitive, and form the foundation of our understanding of reality. They're also increasingly a small slice of what science actually studies—most of reality is invisible, and visible sciences now serve mainly as entry points to deeper, less visible truths. Visible sciences are what your grandmother thinks science is; invisible sciences are what scientists actually do.

Example: "He loved visible sciences because he could see what was happening—balls rolling down inclined planes, chemicals changing color, plants growing toward light. When he got to quantum mechanics, he struggled because nothing was visible anymore. He missed the simple days when science looked like science."

by Dumu The Void February 16, 2026