[en] The author gives a chronological account of the research about thermonuclear fusion and presents the principle of JET thermonuclear reactor based upon the magnetic confinement. The problems of heating and confining a thermonuclear plasma may be regarded as solved. They make possible the definition of the size and geometry needed to realize a next-step tokamak (ITER, NET projects)

[en] In this first volume, the authors propose a comprehensive view of Science. Physics, Chemistry, Biology, Geology, Astronomy, Astrophysics and Mathematics

[en] An overview is presented of the present status, future trends and applications of particle accelerators (CERN) and colliders (HERA) and particle detectors (H1-HERA), in basic research in physics in the world

[en] In this paper, the author describes the structure of the matter and presents the families of elementary particles (fermions) and the interaction messengers (bosons) with their properties. He presents the actual status and future trends of research on nuclear matter

[en] Over two centuries ago, chemical classification has witnessed surprising variations and we live their last stages. Physicists have shown, over the last years, ingenuity towards the filling of the final empty spaces of Mendeleev table. The created elements disappear after its formation in the millisecond range period. Their identification hasn't been easy. The author explains the investigation methods that have been used and presents the principle of a heavy ion separator by speed selection. The physicists have found that the family behaviour elements is the trans actinides family

[en] Since the discovery of natural radioactivity by Becquerel, various radioactive decay modes were found: leptonic decay (β⁺, β^- and electron capture decay) and hadronic decay (α decay, proton emission decay and fragmentation). The exotic radioactivities take place between fission and α decay or proton emission. The author presents the different steps of the discovery of ¹⁴C emission decay of ²²³Ra. Two mechanisms are proposed to interpret this heavy ion emission: ¹⁴C cluster preformation in ²²³Ra nucleus or superasymmetry fission of ²²³Ra nucleus. Experiments performed with SOLENO, a magnetic spectrometer are presented