Filtering and Generating: Two Roles for Method-Specification in Epistemic-Possibility Anti-Luck Conditions

Method-relative modal conditions on knowledge are standardly assessed against a similarity ordering over possible worlds fixed independently of the method: the specification restricts which worlds are quantified over, while the metric is given by the world-space. I distinguish this filtering role from a second role, in which the specification does not select among independently ordered items but anchors the ordering itself. The distinction is operative and unnamed in Collin's (2018) epistemic-possibility framework, whose Revised Safety-1 principle discharges both roles at once: a same-way clause filters the scenarios quantified over, while a nearby-star clause re-anchors closeness to a partial scenario constituted by the specification. Collin offers a pure-filter alternative on the same page and treats the two as interchangeable repairs. I argue that the generating role is what makes the framework's unfixed specification consequential in a way the familiar generality problem is not. Applying the framework's own addition–divergence metric across the four cases in which source provenance bears on the verdict, I show that provenance falls outside the specification in three and inside it in the fourth, with no stated criterion governing the difference, and that regularizing the placement yields a dilemma: uniform exclusion loses the textbook verdict, uniform inclusion loses Penelope. Three repairs are examined; each relocates the underdetermination, and only the third preserves the extension, at the price of a second circularity. Rodríguez (2026) applies the generality problem to the similarity relation itself and comes nearest to the present point without reaching it.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-08-24
DOI
https://doi.org/10.5281/zenodo.22072131
Primary Topic
Epistemology, Ethics, and Metaphysics
Type
preprint
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preprint

Filtering and Generating: Two Roles for Method-Specification in Epistemic-Possibility Anti-Luck Conditions

Vincent Gonzalez
Zenodo (CERN European Organization for Nuclear Research)
Epistemology, Ethics, and Metaphysics
preprint

Filtering and Generating: Two Roles for Method-Specification in Epistemic-Possibility Anti-Luck Conditions

Vincent Gonzalez
preprint en

Abstract

Method-relative modal conditions on knowledge are standardly assessed against a similarity ordering over possible worlds fixed independently of the method: the specification restricts which worlds are quantified over, while the metric is given by the world-space. I distinguish this filtering role from a second role, in which the specification does not select among independently ordered items but anchors the ordering itself. The distinction is operative and unnamed in Collin's (2018) epistemic-possibility framework, whose Revised Safety-1 principle discharges both roles at once: a same-way clause filters the scenarios quantified over, while a nearby-star clause re-anchors closeness to a partial scenario constituted by the specification. Collin offers a pure-filter alternative on the same page and treats the two as interchangeable repairs. I argue that the generating role is what makes the framework's unfixed specification consequential in a way the familiar generality problem is not. Applying the framework's own addition–divergence metric across the four cases in which source provenance bears on the verdict, I show that provenance falls outside the specification in three and inside it in the fourth, with no stated criterion governing the difference, and that regularizing the placement yields a dilemma: uniform exclusion loses the textbook verdict, uniform inclusion loses Penelope. Three repairs are examined; each relocates the underdetermination, and only the third preserves the extension, at the price of a second circularity. Rodríguez (2026) applies the generality problem to the similarity relation itself and comes nearest to the present point without reaching it.

Zenodo (CERN European Organization for Nuclear Research)
Reduced inequalities
Epistemology, Ethics, and Metaphysics
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