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| Format: | Recurso digital |
| Idioma: | anglès |
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2026
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| Accés en línia: | https://doi.org/10.5281/zenodo.20122494 |
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| _version_ | 1866901705533161472 |
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| author | Wenas, Michael William Pratama |
| author_facet | Wenas, Michael William Pratama |
| contents | <h2>Abstract</h2> <p>The contemporary crisis of late-stage capitalism and the historical contradictions inherent in twentieth-century state socialism necessitate the theorization of novel socio-economic architectures. This report provides an exhaustive, multidisciplinary investigation into professional vanguardism, a theoretical framework wherein material accumulation is replaced by reputational capital as the primary driver of human ambition and societal organization. In a post-scarcity, digitally planned cyber-communist economy where universal access de-commodifies survival, reputation functions as a quantifiable token of trust, social permission, and administrative authority. Assigning social power, however, based primarily on specialized skill risks the emergence of a technocratic new class, a bureaucratic elite that monopolizes the means of administration. To resolve this inherent contradiction, this paper proposes a novel methodology that synthesizes dialectical grounded theory with quantum social science, using a Python-based simulation environment powered by IBM’s Qiskit framework. By modeling objective material output (the Public Ledger) and subjective social recognition (Peer Consensus) as overlapping, potentially contradictory vectors in a quantum Hilbert space, the research operationalizes a quantum dialectic. Such empirical findings from the simulation demonstrate how the synthesis of these opposing social forces avoids the pitfalls of linear meritocracy. The analysis contrasts distinct worker archetypes—the technically proficient, but socially isolated Worker Alpha, and the technically average but socially cohesive Worker Beta. The quantum simulation reveals that non-linear interference patterns successfully prevent technocratic monopolization by rewarding holistic communal integration over isolated technical output. Furthermore, the report details the necessary ideological superstructure required to stabilize this cybernetic system, analyzing state agitprop strategies that foster functional synergy between technical specialists, social organizers, and the contentedly ordinary Omega citizens. The synthesis concludes that a stable socialist society must measure progress not through capital accumulation or mere quota fulfillment, but through the continuous, probabilistically balanced crystallization of social trust and technical mastery.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20122494 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Professional Vanguardism: A Quantum Dialectical Analysis of Reputational Capital in Digital Socialism Wenas, Michael William Pratama Social cybernetics Quantum social science Sociophysics Dialectical materialism Social trust metrics Applied statistics Causal inference Experimental design Feature selection and engineering Inferential statistics Model evaluation and validation Multivariate statistics Representational learning Statistical theory <h2>Abstract</h2> <p>The contemporary crisis of late-stage capitalism and the historical contradictions inherent in twentieth-century state socialism necessitate the theorization of novel socio-economic architectures. This report provides an exhaustive, multidisciplinary investigation into professional vanguardism, a theoretical framework wherein material accumulation is replaced by reputational capital as the primary driver of human ambition and societal organization. In a post-scarcity, digitally planned cyber-communist economy where universal access de-commodifies survival, reputation functions as a quantifiable token of trust, social permission, and administrative authority. Assigning social power, however, based primarily on specialized skill risks the emergence of a technocratic new class, a bureaucratic elite that monopolizes the means of administration. To resolve this inherent contradiction, this paper proposes a novel methodology that synthesizes dialectical grounded theory with quantum social science, using a Python-based simulation environment powered by IBM’s Qiskit framework. By modeling objective material output (the Public Ledger) and subjective social recognition (Peer Consensus) as overlapping, potentially contradictory vectors in a quantum Hilbert space, the research operationalizes a quantum dialectic. Such empirical findings from the simulation demonstrate how the synthesis of these opposing social forces avoids the pitfalls of linear meritocracy. The analysis contrasts distinct worker archetypes—the technically proficient, but socially isolated Worker Alpha, and the technically average but socially cohesive Worker Beta. The quantum simulation reveals that non-linear interference patterns successfully prevent technocratic monopolization by rewarding holistic communal integration over isolated technical output. Furthermore, the report details the necessary ideological superstructure required to stabilize this cybernetic system, analyzing state agitprop strategies that foster functional synergy between technical specialists, social organizers, and the contentedly ordinary Omega citizens. The synthesis concludes that a stable socialist society must measure progress not through capital accumulation or mere quota fulfillment, but through the continuous, probabilistically balanced crystallization of social trust and technical mastery.</p> |
| title | Professional Vanguardism: A Quantum Dialectical Analysis of Reputational Capital in Digital Socialism |
| topic | Social cybernetics Quantum social science Sociophysics Dialectical materialism Social trust metrics Applied statistics Causal inference Experimental design Feature selection and engineering Inferential statistics Model evaluation and validation Multivariate statistics Representational learning Statistical theory |
| url | https://doi.org/10.5281/zenodo.20122494 |