| Lochak G. |
Une nouvelle théorie du monopôle magnétique,
avec un aperçu sur les effets physiques, chimiques, biologiques et
nucléaires |
1 |
| Adamenko S.V., Vysotskii V.I. |
Experimental observation and analysis of action of light magnetic monopoles on multilayer surfaces |
13 |
| Beswick J.A., Rizzo C. |
Structure of the photon and magnetic field induced birefringence and dichroism |
31 |
| Bibérian J.P., Armamet N. |
An update on Condensed Matter Nuclear Science
(cold fusion) |
45 |
| Daviau C. |
On the electromagnetism's invariance |
53 |
| Donoso J. |
Metastable plasma structures in knotted magnetic field |
69 |
| M.Gouanère, M.Spighel, N.Cue, M.J.Gaillard, R.Genre, R.Kirsch, J.C.Poizat, J.Remillieux, P.Catillon, L.Roussel |
Experimental observation compatible with the particle internal clock in a channeling experiment |
85 |
| Kostenko B.F., Yuriev M.Z. |
Possibility of a modification of time life of radioactive elements by magnetic monopoles |
93 |
| Lochak G. |
"Photons électriques'' et "Photons magnétiques'',
un renouvellement possible
de la théorie du champ unitaire d’Einstein |
107 |
| Priem D., Racineux G., Lochak G., Daviau C.,
Fargue D., Karatchentzeff M., Lehn H. |
Explosion électrique d’un fil de titane
dans de l’eau en milieu confiné |
129 |
| Pryakhin E.A., Urutskoyev L.I., Tryapitsina G.A., Akleyev A.V. |
Biological effects of factors associated with explosions of titanium foil in condensed media |
139 |
| Stumpf H. |
Discharges in fluids as a possible source of Electric and Magnetic Electroweak Bosons |
157 |
| Trueba J.L. |
Electromagnetic knots and the magnetic flux in superconductors |
183 |
| Wolkowski Z.W. |
Symmetry and its consequences:
from Pierre Curie to transdisciplinarity |
193 |