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Special Science

A term in philosophy of science referring to sciences that deal with specific, higher-level domains (like psychology, economics, geology) which have their own irreducible laws and explanations, even though they are ultimately grounded in physics. They are "special" because their phenomena require their own vocabulary and causal stories.
Example: "Trying to explain an economic recession solely with quantum physics is a category error. You need the special science of economics, with its own rules about supply, demand, and investor psychology. The recession 'supervenes' on particles, but isn't explained by them."
Special Science by AbzuInExile January 31, 2026
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special kiss

you put your tongue in the person your kissings mouth ( like a quick makeout session)
special kiss by don jeremy February 7, 2026

Special Expanded Diaper

Unlike a regular diaper that puts an emphasis on being absorbent, a Special Expanded Diaper (SED) emphasizes expansion over absorption.
Oh gosh, Ted is leaking again. They can hold a lot more but these Special Expanded Diapers are as leaky as can be.

Special Objectivity Bias

The recognition that genuine objectivity, to the extent it's possible at all, is always special—always specific to a particular domain, method, and community of inquiry. Unlike General Objectivity Bias (which thinks objectivity is a uniform trait), Special Objectivity Bias is the awareness that being objective about quantum physics requires different tools than being objective about historical events, which requires different tools than being objective about your own feelings. It's not really a bias at all—it's the antidote to bias: the understanding that every kind of truth demands its own kind of rigor.
"Stop treating your scientific training like it makes you objective about my emotional experience. Different domains, different rules. Learn some Special Objectivity Bias and sit down."

Specialized Objectivity Bias

The tendency to believe that deep expertise in one narrow field grants you objective authority on topics far outside that field. The physicist who speaks with unwarranted confidence about economics. The surgeon who thinks their medical training makes them an authority on education policy. The programmer who believes logical thinking in code transfers directly to understanding human relationships. Specialization creates genuine insight in a tiny domain, but the bias lies in assuming that insight generalizes—that the habits of mind that work in your corner of reality somehow make you immune to bias everywhere else.
"As a tenured professor of chemistry, let me explain why this public health policy is obviously wrong," he began, unaware that his Specialized Objectivity Bias was about to embarrass him in front of epidemiologists.

Special Variables

Unusual, specific, or context-dependent factors that influence outcomes in particular situations but aren't generalizable across contexts. Unlike general variables (which appear everywhere), special variables are the idiosyncratic details that make replication difficult and prediction uncertain. In one study, a special variable might be the charisma of a particular teacher; in another, it might be a unique historical event that coincided with data collection. Special variables represent the irreducible particularity of real-world research—the fact that every study happens somewhere specific, at some specific time, with specific people, and those specificities matter.
Special Variables Example: "The intervention worked brilliantly in that school, but the special variable—a beloved principal who retired the next year—meant it could never be replicated. The magic wasn't in the program; it was in the person."

Special Law of Physical Compensation

The microscopic complement to the General Law, proposing that quantum-scale apparent violations of physical law are similarly compensated by mechanisms operating at the smallest scales of reality. Where the General Law addresses macroscopic paradoxes like FTL travel or perpetual motion, the Special Law concerns itself with quantum events that might seem to violate conservation laws, causality, or temporal order. It suggests that for every quantum fluctuation that appears to borrow energy from nowhere, for every apparent retrocausal influence, for every momentary violation of expected regularity, there exists an invisible compensatory mechanism that restores ultimate consistency—often too quickly or too subtly to be detected. The Special Law is what keeps the quantum foam from boiling over into macroscopic paradox, the universe's microscopic immune system against its own wildest possibilities.
Example: "The experiment seemed to show energy appearing from nowhere, but the Special Law of Physical Compensation predicts some undetected balancing mechanism—perhaps energy borrowed from the future, returned before anyone could measure the theft."