Non-Reproducibility of LENR as a Possible Manifestation of a Variable Environment Within DKMM
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| Format: | Recurso digital |
| Langue: | anglais |
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2026
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| _version_ | 1866901772141854720 |
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| author | Hrůza, Aleš |
| author_facet | Hrůza, Aleš |
| contents | <p>Low-energy nuclear reactions (LENR), often referred to as cold fusion, represent<br>a long-standing controversial field at the boundary of experimental physics,<br>electrochemistry, and materials research. A characteristic feature of this field is<br>the tension between repeatedly reported anomalies - especially excess heat,<br>changes in isotopic composition, and occasional particle emissions - and the<br>current absence of robust, standardized reproducibility.<br>This article proposes a hypothetical interpretive framework based on the<br>Dynamic Cosmic Medium Model (DKMM). Its starting point is the possibility that<br>the non-reproducibility of observed phenomena does not necessarily imply the<br>non-existence of the effect, but may reflect the presence of a previously<br>unmonitored environmental variable. Within this framework, the probability of an<br>anomalous event is treated as a function not only of local laboratory parameters,<br>but also of the state of a broader dynamic environment, represented by the<br>schematic variable M(t,x).<br>The article treats this approach as phenomenological and programmatic. Its aim<br>is not to claim that LENR is already explained or technologically mastered, but to<br>show that DKMM offers a possible framework for interpreting the pulsed and<br>variable nature of reported results. On this basis, testable implications are<br>formulated for experimental methodology, statistical evaluation, and possible<br>future adaptive regulation of systems, should the existence of such an effect be<br>confirmed.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19414544 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Non-Reproducibility of LENR as a Possible Manifestation of a Variable Environment Within DKMM Hrůza, Aleš cold fusion LENR dynamic cosmic medium non-reproducibility adaptive control hidden variables DCMM theoretical physics Hrůza Aleš <p>Low-energy nuclear reactions (LENR), often referred to as cold fusion, represent<br>a long-standing controversial field at the boundary of experimental physics,<br>electrochemistry, and materials research. A characteristic feature of this field is<br>the tension between repeatedly reported anomalies - especially excess heat,<br>changes in isotopic composition, and occasional particle emissions - and the<br>current absence of robust, standardized reproducibility.<br>This article proposes a hypothetical interpretive framework based on the<br>Dynamic Cosmic Medium Model (DKMM). Its starting point is the possibility that<br>the non-reproducibility of observed phenomena does not necessarily imply the<br>non-existence of the effect, but may reflect the presence of a previously<br>unmonitored environmental variable. Within this framework, the probability of an<br>anomalous event is treated as a function not only of local laboratory parameters,<br>but also of the state of a broader dynamic environment, represented by the<br>schematic variable M(t,x).<br>The article treats this approach as phenomenological and programmatic. Its aim<br>is not to claim that LENR is already explained or technologically mastered, but to<br>show that DKMM offers a possible framework for interpreting the pulsed and<br>variable nature of reported results. On this basis, testable implications are<br>formulated for experimental methodology, statistical evaluation, and possible<br>future adaptive regulation of systems, should the existence of such an effect be<br>confirmed.</p> |
| title | Non-Reproducibility of LENR as a Possible Manifestation of a Variable Environment Within DKMM |
| topic | cold fusion LENR dynamic cosmic medium non-reproducibility adaptive control hidden variables DCMM theoretical physics Hrůza Aleš |
| url | https://doi.org/10.5281/zenodo.19414544 |