Open Access. Powered by Scholars. Published by Universities.®
Physical Sciences and Mathematics Commons™
Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Quantum physics (45)
- Condensed matter (27)
- Classical and quantum mechanics (17)
- General physics (17)
- Physics (16)
-
- Plasma physics (13)
- Mesoscale and nanoscale physics (12)
- Superconductivity (12)
- High energy physics (9)
- Magnetic field (9)
- Models (8)
- Physics of elementary particles and fields (8)
- Plasma (8)
- Quantum field theory (8)
- Atomic and molecular physics (7)
- General relativity and quantum cosmology (7)
- Magnetosphere (7)
- Scalar fields (7)
- Statistical mechanics (7)
- Theory (6)
- Astrophysics (5)
- Casimir effect (5)
- Computerized simulation (5)
- Cosmology (5)
- Dynamics (5)
- Electrical field (5)
- Electrostatic wave (5)
- Lifetime (5)
- Magnetopause (5)
- Resonance (5)
Articles 181 - 182 of 182
Full-Text Articles in Physical Sciences and Mathematics
Distinguishing A Charged Higgs Signal From A Heavy Wr Signal, David I. Kaiser
Distinguishing A Charged Higgs Signal From A Heavy Wr Signal, David I. Kaiser
Dartmouth Scholarship
It is shown that non-Standard Model bosons should obey an observable asymmetry in their decays to taus. This asymmetry enables a distinction to be made between charged Higgsboson signalsand heavy right-handed Wboson signals,by reconstructing the orientation of the z with respect to the beam axis.
Selective Decay And Coherent Vortices In Two-Dimensional Incompressible Turbulence, William H. Matthaeus, W. Troy Stribling, Daniel Martinez, Sean Oughton, David Montgomery
Selective Decay And Coherent Vortices In Two-Dimensional Incompressible Turbulence, William H. Matthaeus, W. Troy Stribling, Daniel Martinez, Sean Oughton, David Montgomery
Dartmouth Scholarship
Numerical solution of two-dimensional incompressible hydrodynamics shows that states of a near-minimal ratio of enstrophy to energy can be attained in times short compared with the flow decay time, confirming the simplest turbulent selective decay conjecture, and suggesting that coherent vortex structures do not terminate nonlinear processes. After all possible vortex mergers occur, the vorticity attains a particlelike character, suggested by the late-time similarity of the streamlines to Ewald potential contours.