Abstract: The present invention relates, in particular, to a method for generating neutrons comprising at least the series of steps that consists of: a) placing at least one beam of electrons and at least one beam of nuclei selected from among protons, deuterons and tritons into a predefined spin state and/or an interference state; and b) causing said at least one beam of nuclei and said at least one beam of electrons to collide.

Abstract: A computer implemented method includes analysing a dataset; receiving a request to provide a predicted field value for a certain target field of a certain target data record that, includes one or more explanatory fields; determining univariate counts indicative of value variation in the target field and explanatory fields across the dataset; determining bivariate counts indicative of value pair variation in field pairs comprising the target field and the explanatory fields across the dataset; using the univariate counts and bivariate counts for determining data record signatures for different target field values, wherein the signature includes explanatory field values; repeating the determining of signatures until certain predefined limit is reached; selecting a signature that at least partially matches values of explanatory fields of the target data record; and concluding that the predicted field value for the target field is the value of the target field corresponding to the selected signature.

Abstract: The present invention relates, in particular, to a method for generating neutrons comprising at least the series of steps that consists of: a) placing at least one beam of electrons and at least one beam of nuclei selected from among protons, deuterons and tritons into a predefined spin state and/or an interference state; and b) causing said at least one beam of nuclei and said at least one beam of electrons to collide.