14,174 research outputs found
Remark on Remnant and Residue Entropy with GUP
In this article, close to the Planck scale, we discuss on the remnant and
residue entropy from a Rutz-Schwarzschild black hole in the frame of Finsler
geometry. Employing the corrected Hamilton-Jacobi equation, the tunneling
radiation of a scalar particle is presented, and the revised tunneling
temperature and revised entropy are also found. Taking into account generalized
uncertainty principle (GUP), we analyze the remnant stability and residue
entropy based on thermodynamic phase transition. In addition, the effects of
the Finsler perturbation parameter, GUP parameter and angular momentum
parameter on remnant and residual entropy are also discussed.Comment: 18 pages, 5 figures, 2 table
Study on radiative decays of and into by means of LFQM
The observed resonance peak around 2.86 GeV has been carefully reexamined by
the LHCb collaboration and it is found that under the peak there reside two
states and which are considered as
and with slightly different masses and
total widths. Thus, the earlier assumption that the resonance
was a state should not be right. We suggest to measure the partial widths
of radiative decays of and to confirm their
quantum numbers. We would consider as or a pure
state, or their mixture and respectively calculate the corresponding
branching ratios as well as those of . The future precise
measurement would provide us information to help identifying the structures of
those resonances .Comment: 8 pages, 4 figures, 1 tabl
Important Clues that Facilitate Visual Emergence: Three Psychological Experiments
Visual emergence is the phenomenon in which the visual system obtains a
holistic perception after grouping and reorganizing local signals. The picture
Dalmatian dog is known for its use in explaining visual emergence. This type of
image, which consists of a set of discrete black speckles (speckles), is called
an emerging image. Not everyone can find the dog in Dalmatian dog, and among
those who can, the time spent varies greatly. Although Gestalt theory
summarizes perceptual organization into several principles, it remains
ambiguous how these principles affect the perception of emerging images. This
study, therefore, designed three psychological experiments to explore the
factors that influence the perception of emerging images. In the first, we
found that the density of speckles in the local area and the arrangements of
some key speckles played a key role in the perception of an emerging case. We
set parameters in the algorithm to characterize these two factors. We then
automatically generated diversified emerging-test images (ETIs) through the
algorithm and verified their effectiveness in two subsequent experiments
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