Yoked Control Design¶

An experimental pairing in which one participant's response determines an event sequence that a partner receives without controlling it, matching exposure while comparing contingency.

Version: v1 · 2026-10-03 · History
Domain-specific #: 13700
Domain group: Social Sciences
Origin domain: Psychology & Behavioral Sciences
Subdomains: Experimental Psychology, Behavioral Research → Psychology & Behavioral Sciences
Aliases: Yoked comparison design

Core Idea¶

A yoked control design pairs participants so one participant's action determines a designated event sequence and a partner receives the matching sequence without its own corresponding action controlling it. This holds specified exposure more alike while comparing the role of response contingency. The yoked participant is not behaviorless; its behavior is simply noncontingent for the matched event stream. Matching never proves that all other participant or process differences vanish.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3]

Scope of Application¶

Maier and Seligman's historical review describes a controllable-event group and a yoked group sharing the designated event pattern, with a separate no-exposure comparison and later outcome measurement. This entry uses that history solely for the design logic, not an animal procedure. In Murayama and colleagues' human Experiment 3, a participant chose when to stop a word list, while a yoked partner saw the same sequence and number of words without controlling the endpoint; subsequent recall was compared. The two unlike settings preserve the same source-choice, matched exposure and contrast roles.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3]

Clarity¶

“Yoked” means linked exposure, not complete interchangeability. The source participant's response determines the designated sequence; the partner's own action does not. Assignment, attention and the experience of making a decision can still differ. The yoked arm may itself be the focal experimental condition, as in studying uncontrollability. A static same-stimulus judgment pair without a response-determined sequence is a broader matched-stimulus design, not automatically this identity.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3][^ref-3f2064e4c03d]

Manages Complexity¶

By copying the specified event stream across a pair, the design weakens an explanation based solely on different amounts or patterns of exposure. It turns an otherwise tangled comparison into a question about the consequences of controlling versus not controlling the same designated history. The reduction is partial: it does not remove selection, expectancy or decision-process differences, so a causal conclusion still needs appropriate assignment and alternative-explanation checks.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3]

Abstract Reasoning¶

Identify which participant controls the event sequence, which dimensions the yoked partner receives identically, and which partner behavior is noncontingent for that stream. Then specify the measured outcome and ask what exposure alternative has been narrowed. If the stream is not truly matched, or if no source response determines it, the specific yoking inference fails. Even when it passes, do not say literally one factor differs without examining residual participant and process differences.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3]

Knowledge Transfer¶

The pairing architecture transfers from historical behavioral-contingency research to human word-list stopping without transferring a psychological mechanism or operational procedure. Live prime Experimental Design is the proposed strict parent; Blocking and Control Sample are related but do not define response-generated matched streams. A more general match-exposure/vary-agency pattern is a future-prime question. Nuttin-style same-letter judgments remain a separate scope hold until source evidence supports their exact yoking relation.[^{ref-8530a58dfdfa][}ref-c0fd2d963ae3][^ref-3f2064e4c03d]

[^ref-8530a58dfdfa]: Steven F. Maier and Martin E. P. Seligman, “Learned Helplessness: Theory and Evidence”, Journal of Experimental Psychology: General 105(1), 1976, conceptual design and assignment cautions only. [^ref-c0fd2d963ae3]: Kou Murayama, Adam B. Blake, Tyson Kerr and Alan D. Castel, “When Enough Is Not Enough: Information Overload and Metacognitive Decisions to Stop Studying Information”, Journal of Experimental Psychology: Learning, Memory, and Cognition 42(6), 2016, Experiment 3; indexed publisher-original detailed text checked, but direct full-PDF access unavailable. [^ref-3f2064e4c03d]: Joseph M. Nuttin, “Narcissism Beyond Gestalt and Awareness: The Name Letter Effect”, European Journal of Social Psychology 15(3), 1985, publisher abstract only; no exact yoking-mechanism claim.

Relationships to Other Abstractions¶

Current abstraction Yoked Control Design Domain-specific

Parents (1) — more general patterns this builds on

Yoked Control Design is a kind of Experimental Design Prime

Yoked pairing is a specific planned intervention-and-outcome experimental design.

Hierarchy paths (2) — routes to 1 parentless root

Yoked Control Design → Experimental Design → Control Sample → Comparison → Self Checking

Show alternative path (1)

Neighborhood in Abstraction Space¶

Yoked Control Design sits in a moderately populated region (56^th percentile for distinctiveness): it has near-neighbors but no dense thicket of look-alikes.

Family — Language, Mind & Meaning-Making (57 abstractions)

Nearest neighbors

Computed from structural-signature embeddings · 2026-10-08