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The purpose of the present paper is to clarify, as far as it is possible, theoverall picture of experimental results in the field of non-conventionalphenomena in nuclear matter published in scientific literature, accumulated inthe last decades and still missing a widely accepted interpretation. Whilecompleteness of the collection of the experiments is not among the aims of theeffort, focus is put on adopting a more comprehensive and integral approachthrough the analysis of the different experimental layouts and the differentresults, searching for common features and analogous factual outcomes in orderto obtain a consistent reading of a lot of experimental evidences that appear,until now, lacking a classification in a logic catalogue which might becompared to a sort of building and not to a collection of single stones.Particular attention is put on the issue of reproducibility of experiments andon the reasons why such a limitation is a frequent characteristic of manyexperimental activities reported in published papers. This approach isinnovative as compared with those already available in the scientificliterature. In a synoptical table a comprehensive classification is given ofthe twenty experiments examined in terms of type of evidences that areascertained by the experimenters in their published papers but are unexpectedaccording to well established physical theories. Examples of such unexpectedevidences (named also non-conventional or weird) are: excess heat generation,isotope production, reduction of radioactivity levels, and production ofneutrons or alpha particles.

symmetry

A review of experiments reporting non-conventional phenomena in nuclear  matter aiming at identifying common features in view of possible  interpretation