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u‰‰‚P

Jann-Long Chern@iNational Central University, Taiwanj

ŽžŠÔ

‚P‚SF‚O‚O`‚P‚TF‚R‚O

‘č–Ú

(1)  On the Elliptic Equations of Hardy-Sobolev Type with Multiple Boundary Singularities

(2)On the Multivortex Solutions of Maxwell-Chern-Simons Model

ŠT—v

(1)In this talk, we are interested in how the geometry of boundary singularities 
can affect the attainability of the respective best Caffarelli-Kohn-Nirenberg and
Hardy-Sobolev constant. 
(2)Regarding the self-dual equations of the Maxwell-Chern-Simons model, we study
several aspects of different types of solutions of a general elliptic system on  R2.
We establishes the following: 

(a)Uniqueness of radially symmetric topological solutions.

(b) Structure of all radially symmetric solutions.

(c)An energy result that classifies non-topological solutions with a single vortex.

(d)Uniqueness for multi-vortex, topological solutions for a range of parameters.

 

u‰‰‚Q

Bae Soohyun@iHanbat National University, Koreaj

ŽžŠÔ

‚P‚UF‚O‚O`‚P‚VF‚R‚O

‘č–Ú

Asymptotic self-similarity of positive radial solutions for@quasilinear equations of

Lane-Emden type

ŠT—v

Asymptotic self-similarity is a basic tool to study positive entire solutions in

Lane-Emden equations. In this talk, we explain the asymptotic self-similarity for

quasilinear equations of Lane-Emden type. One of related papers is "A generalized

Pohozaev identity and its applications" by Kawano, Ni and Yotsutani in 1990.