Identity, Transfer, and Informational Continuity — Further Clarifications of the CEI Framework — CEI Framework

This publication continues and extends the conceptual development of the CEI (Centro Energetico Individuale) Framework by examining in greater detail the concepts of transfer, the Transferred Original, identity, copying, and informational continuity. Particular attention is given to the concept of the Transferred Original, which is further specified in relation to identity. At a defined level of analysis, identity can be understood as a specific structural domain of the Transferred Original, allowing the continuity of identity to be examined through structural preservation and the continuity of the transformation pathway. The publication further clarifies the distinction between transfer and copying, emphasizing the difference between the final configuration of a system and the process through which that configuration is reached. In particular, it examines cases in which apparently equivalent final states may result from different causal, temporal, spatial, or energetic histories. Additional clarification is provided concerning the role of the transformation pathway, including the distinction between copying followed by destruction of the original and direct transfer. The analysis also introduces methodological considerations concerning the possible empirical investigation of these differences through observable traces and measurable characteristics of a process. The publication then broadens the analysis toward the relationship between transfer, substrate, induction, and reconstruction. Transfer is considered not merely as physical movement, but as a transition involving informational structure and a receiving substrate capable of interpreting and activating that information. The role of substrate change is therefore examined in relation to the intended objective of the process. An illustrative biological analogy involving the transfer of peach seeds is used to clarify the internal logical sequence of Transfer → Induction → Reconstruction. The example is explicitly presented as a conceptual analogy rather than as evidence for the proposed framework or as a description of the underlying biological mechanisms. The publication also extends the discussion toward relational and interactional dimensions of identity. In particular, it considers how historical continuity, relational traces, predictable and unpredictable but coherent responses, and the space-time trajectory of an interaction may contribute to the distinction between an original system and a copy. Overall, these contributions provide further clarification and refinement of the CEI Framework while maintaining an intentionally open structure for subsequent theoretical and methodological development.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-14
DOI
https://doi.org/10.5281/zenodo.22749619
Primary Topic
Sustainability and Ecological Systems Analysis
Type
article
Field-Weighted Citation Impact
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Identity, Transfer, and Informational Continuity — Further Clarifications of the CEI Framework — CEI Framework

Alessio Gozzi
Zenodo (CERN European Organization for Nuclear Research)
Sustainability and Ecological Systems Analysis
article

Identity, Transfer, and Informational Continuity — Further Clarifications of the CEI Framework — CEI Framework

Alessio Gozzi
article en

Abstract

This publication continues and extends the conceptual development of the CEI (Centro Energetico Individuale) Framework by examining in greater detail the concepts of transfer, the Transferred Original, identity, copying, and informational continuity. Particular attention is given to the concept of the Transferred Original, which is further specified in relation to identity. At a defined level of analysis, identity can be understood as a specific structural domain of the Transferred Original, allowing the continuity of identity to be examined through structural preservation and the continuity of the transformation pathway. The publication further clarifies the distinction between transfer and copying, emphasizing the difference between the final configuration of a system and the process through which that configuration is reached. In particular, it examines cases in which apparently equivalent final states may result from different causal, temporal, spatial, or energetic histories. Additional clarification is provided concerning the role of the transformation pathway, including the distinction between copying followed by destruction of the original and direct transfer. The analysis also introduces methodological considerations concerning the possible empirical investigation of these differences through observable traces and measurable characteristics of a process. The publication then broadens the analysis toward the relationship between transfer, substrate, induction, and reconstruction. Transfer is considered not merely as physical movement, but as a transition involving informational structure and a receiving substrate capable of interpreting and activating that information. The role of substrate change is therefore examined in relation to the intended objective of the process. An illustrative biological analogy involving the transfer of peach seeds is used to clarify the internal logical sequence of Transfer → Induction → Reconstruction. The example is explicitly presented as a conceptual analogy rather than as evidence for the proposed framework or as a description of the underlying biological mechanisms. The publication also extends the discussion toward relational and interactional dimensions of identity. In particular, it considers how historical continuity, relational traces, predictable and unpredictable but coherent responses, and the space-time trajectory of an interaction may contribute to the distinction between an original system and a copy. Overall, these contributions provide further clarification and refinement of the CEI Framework while maintaining an intentionally open structure for subsequent theoretical and methodological development.

Zenodo (CERN European Organization for Nuclear Research)
Politecnico di Torino (IT)
Openalex Percentile: Top 18%
Sustainability and Ecological Systems Analysis
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