134,003 research outputs found
A note on the cone restriction conjecture in the cylindrically symmetric case
In this note, we present two arguments showing that the classical
\textit{linear adjoint cone restriction conjecture} holds for the class of
functions supported on the cone and invariant under the spatial rotation in all
dimensions. The first is based on a dyadic restriction estimate, while the
second follows from a strengthening version of the Hausdorff-Young inequality
and the H\"older inequality in the Lorentz spaces.Comment: 9 pages, no figures. Referee's suggestions and comments incorporated;
to appear the Proceedings of the AM
Degeneracy in Studying the Supranuclear Equation of State and Modified Gravity with Neutron Stars
It is generally acknowledged that an extrapolation in physics from a
well-known scale to an unknown scale is perilous. This prevents us from using
laboratory experience to gain precise information for the supranuclear matter
inside neutron stars (NSs). With operating and upcoming astronomical
facilities, NSs' equation of state (EOS) is expected to be determined at a new
level in the near future, under the assumption that general relativity (GR) is
the correct theory for gravitation. While GR is a reasonable working assumption
yet still an extrapolation, there could be a large uncertainty due to the
not-so-well-tested strong gravitational field inside NSs. Here we review some
recent theoretical efforts towards a better understanding of the degeneracy
between the supranuclear EOS and alternative gravity theories.Comment: 11 pages, 6 figure
Gauge mediation with heavy doublet superparticles
It is challenging for supersymmetry if the 125 GeV Higgs boson is confirmed
by the LHC. In the case of small squark mixing it is inevitable to introduce
heavy top squarks to lift the Higgs mass that is hard to be produced by the
LHC. Here we consider the possibility that in gauge mediation the
superparticles belonging to SU(2) doublets are much heavier than those do not
carry the SU(2) quantum numbers. Under the assumption not only the Higgs mass
can be large enough but also there are light right handed top squarks below the
TeV scale that can be observed in future.Comment: 10pages, no figures, accepted for publication in Phys. Rev.
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