From the Discovery of Radioactivity to the First Accelerator
... To prove this hypothesis he did at least a small step into the atmosphere. Wulf followed an invitation to perform measurements on top of the Eiffel tower on four days in April 1910. Assuming that the main part of γ -radiation comes from the area near to the ground, one would expect a reduction of io ...
... To prove this hypothesis he did at least a small step into the atmosphere. Wulf followed an invitation to perform measurements on top of the Eiffel tower on four days in April 1910. Assuming that the main part of γ -radiation comes from the area near to the ground, one would expect a reduction of io ...
Core Problem - Max-Planck
... he atmosphere at the scientific conferences that Randolf Pohl has attended in the past three years has been very lively. And the physicist from the Max Planck Institute of Quantum Optics is a good part of the reason for this liveliness: the community of experts that gathers there is working together ...
... he atmosphere at the scientific conferences that Randolf Pohl has attended in the past three years has been very lively. And the physicist from the Max Planck Institute of Quantum Optics is a good part of the reason for this liveliness: the community of experts that gathers there is working together ...
Working Group Talks Gobinda Majumdar Issues In The Construction
... • In SUSY we need gaugino mass nonuniversality: M2/M1~4 at the weak scale • We found a good benchmark point with this property by “deforming” the SPS1a. • Substantial rate of dilepton cascade decays at this point will allow for a precise determination of the spectrum at the LHC • A more general scan ...
... • In SUSY we need gaugino mass nonuniversality: M2/M1~4 at the weak scale • We found a good benchmark point with this property by “deforming” the SPS1a. • Substantial rate of dilepton cascade decays at this point will allow for a precise determination of the spectrum at the LHC • A more general scan ...
Theory of the Nuclear Binding Energy
... the fourth and second numbers, we can see that the result is the well-known magic numbers of 4, 28, 82, 50, 126. This cannot be a coincidence which confirms that we are on the right path in order to build the correct theory of an atomic nucleus. When the number of neutrons becomes equal to one of th ...
... the fourth and second numbers, we can see that the result is the well-known magic numbers of 4, 28, 82, 50, 126. This cannot be a coincidence which confirms that we are on the right path in order to build the correct theory of an atomic nucleus. When the number of neutrons becomes equal to one of th ...
okaday-ilcd - JLC
... Higgs physics (Electroweak symmetry breaking and mass generation mechanism of quarks, leptons, and gauge bosons.) New physics signals Direct search for new particles and interactions. Indirect search for new physics effects through the SM particle processes. Capability of precise measurements of v ...
... Higgs physics (Electroweak symmetry breaking and mass generation mechanism of quarks, leptons, and gauge bosons.) New physics signals Direct search for new particles and interactions. Indirect search for new physics effects through the SM particle processes. Capability of precise measurements of v ...
Some Photographs of the Tracks of Penetrating Radiation Author(s
... For when this latter method is used it is only on a small fraction of the photographs that a track will be found. The average number of photographs required to obtain one track will depend on the size and orientation of the chamber and on the effective time of expansion. The latter is not likely to ...
... For when this latter method is used it is only on a small fraction of the photographs that a track will be found. The average number of photographs required to obtain one track will depend on the size and orientation of the chamber and on the effective time of expansion. The latter is not likely to ...
