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| bib:albantakis2023computing [2026/01/28 14:55] – kymki | bib:albantakis2023computing [2026/05/21 06:29] (current) – [Steelman] kymki | ||
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| ===== BibTeX ===== | ===== BibTeX ===== | ||
| - | < | + | < |
| @article{albantakis2023computing, | @article{albantakis2023computing, | ||
| title={Computing the integrated information of a quantum mechanism}, | title={Computing the integrated information of a quantum mechanism}, | ||
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| ====== Albantakis et al. (2023) — QM re-formulation and failure modes ====== | ====== Albantakis et al. (2023) — QM re-formulation and failure modes ====== | ||
| - | This note rewrites the paper’s core definitions in standard quantum information language, and isolates where the framework is (i) pure relabeling, (ii) a specific intervention convention, and (iii) where it becomes physically ambiguous. | + | Im reading this with minimal background in IIT and most of its concepts are unknown to me. The reading is based on trying to extract what QIT the authors lean on to understand if what they propose makes " |
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| + | This note rewrites the paper’s core definitions in standard quantum information language, and tries to explain conclusions from that standpoint. The case may be that I completely miss subtleties due to not being well read in IIT. | ||
| ===== 1. Translation into standard QM language ===== | ===== 1. Translation into standard QM language ===== | ||
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| ==== Steelman ==== | ==== Steelman ==== | ||
| - | As a *defined* counterfactual causal attribution scheme, the framework: | + | As a defined counterfactual causal attribution scheme, the framework: |
| * avoids common-cause “spurious correlation” effects by construction (their COPY-XOR/ | * avoids common-cause “spurious correlation” effects by construction (their COPY-XOR/ | ||
| * tries to preserve entanglement-generated correlations by clustering entanglement before taking products, | * tries to preserve entanglement-generated correlations by clustering entanglement before taking products, | ||