Identity of Indiscernibles
Leibniz's Identity of Indiscernibles states that no two distinct objects share all properties. Quantum mechanics challenges this with identical particles. The τ…
In plain language
Leibniz's Identity of Indiscernibles states that no two distinct objects share all properties. Quantum mechanics challenges this with identical particles. The τ…
Overview
Leibniz’s Identity of Indiscernibles states that no two distinct objects share all properties. Quantum mechanics challenges this with identical particles. The τ-framework internally addresses this: objects are individuated by NF addresses in τ³, which are always distinct even when all observable properties coincide.
Result Statement
Identity of Indiscernibles internally addressed via NF-address individuation. Quantum identical particles have distinct structural addresses. Status: Internally addressed.
Cross-references
Glossary terms
Metaphysics: Identity (address persistence through change)