N-Variant Problem

The recognition that within any broad category (e.g., "democracy," "socialism," "mental illness," "woman"), there exists a near-infinite number of context-specific variants, each with unique properties. Treating the category as a monolith or applying a one-size-fits-all solution inevitably fails because it ignores this essential, fractal diversity.

Example: The "N-Variant Problem of Democracy." Direct democracy in a Swiss canton, representative democracy in India, and consensus-based democracy in a small Indigenous tribe are wildly different variants. A pundit arguing that "Democracy is failing" or "Democracy requires X" is usually ignoring this vast spectrum, treating a universe of variants as a single, failing prototype.

by Dumuabzu February 8, 2026

N-Variable Problem

A computational or analytical nightmare where the outcome depends on a vast number of input variables, many of which are unknown, unmeasurable, or change in real-time. Unlike a controlled experiment with few variables, here the interactions are so numerous that isolating cause and effect, or making reliable predictions, becomes a fool's errand.

*Example: Predicting the success of a startup. Variables include the team's skill, market timing, investor sentiment, technological shifts, competitor actions, regulatory changes, and pure luck. A VC's spreadsheet model with 20 key metrics is laughably simplistic against the true N-Variable Problem. Overconfident predictions are a sign of not grasping the variable space's sheer size.*

by Dumuabzu February 8, 2026

Fallacy of Problem-Solving

A fallacy that demands a perfect solution as a precondition for acknowledging a problem. "If you can't solve it perfectly, you can't complain about it." The fallacy sets an impossible standard—any proposed solution can be criticized as insufficient, impractical, or having unintended consequences—and uses that impossibility to dismiss the problem itself. It's the logic of "socialism has failed wherever it's been tried" (ignoring that capitalism has also failed), of "we can't just defund the police without a plan" (as if the current system had a plan). The Fallacy of Problem-Solving is beloved of those who benefit from the status quo, who can always find reasons not to change. The cure is recognizing that problems can be acknowledged without solutions being ready, and that imperfect action is better than perfect inaction.

Example: "He agreed that the healthcare system was broken, but the Fallacy of Problem-Solving meant he never had to support any fix. Single-payer? Too expensive. Public option? Too complicated. Private insurance reform? Too weak. No solution was perfect, so no solution was acceptable. The problem continued, unsolved, unaddressed—which was exactly what the fallacy was designed to achieve."

by Dumu The Void February 20, 2026

Anagonye's Tomato Problem

A 2019 thought experiment which points to the fallacies that unintended and unpreventable consequences bring into a system which evaluates virtue through traditional Benthemian Consequentialism.

It says much about literary critics' increasing ignorance of their own field that they can ignore Anagonye's Tomato Problem, which concerns the true nature and intentions of man, simply because it was invented by a television sitcom and not a philosophy textbook.

by o23gfh March 26, 2026

Whole Lotta Not My Problem

Proper Mid-Western American way to respond to anything that is no concern or interest.

“America? Allegiance? Pledge? That’s classified under a whole lotta not my problem. Fuck your day.” - Donald Trumps Husband

by Pseudonym Synonym March 28, 2026

Extraphysical Conservation Problem

The Extraphysical Conservation Problem refers to the theoretical difficulty of extending classical conservation laws (energy, momentum, information, etc.) beyond the physical universe into hypothetical extraphysical domains such as multiverses, higher dimensions, probability spaces, or non-material realms. While physics assumes conservation holds within a closed system, this problem questions what happens when the “system” includes parallel universes, branching timelines, or non-physical layers of reality. It asks whether conservation laws still apply globally, whether they are redistributed across realities, or whether conservation itself breaks down outside spacetime. The problem is central to speculative cosmology, multiverse theory, and extraphysical metaphysics.

Extraphysical Conservation Problem — Example

Imagine a multiverse experiment where energy appears to vanish from our universe during a quantum event. Later, another universe shows an unexplained energy surge at the exact same probabilistic moment. Locally, conservation seems violated in both universes, but globally—across the multiverse—the total energy may remain conserved. The problem is that observers inside only one universe cannot verify whether conservation holds extraphysically or is merely broken beyond their measurement horizon.

by AbzuInExile January 24, 2026

Extraphysical Thermodynamics Problem

The Extraphysical Thermodynamics Problem examines whether thermodynamic principles—especially entropy, irreversibility, and equilibrium—apply beyond conventional physical reality. If higher dimensions, probability universes, or extraphysical realms exist, it is unclear whether entropy increases there, resets, transfers between universes, or behaves in non-classical ways. This problem challenges the assumption that the arrow of time and heat death are universal features of all realities. It raises questions about whether extraphysical domains allow entropy leakage, entropy inversion, or entropy-free states, potentially enabling phenomena that appear impossible under standard thermodynamics within a single universe.

Extraphysical Thermodynamics Problem — Example

Suppose one universe reaches heat death while another nearby universe (with similar physical laws) appears to reset into a low-entropy state. If entropy can be transferred or diluted across universes, then the second law of thermodynamics may only apply locally. This raises the question of whether entropy “leaks” into extraphysical realms or if some universes act as entropy sinks for others.

by AbzuInExile January 24, 2026