• My UNC Charlotte

  • Directory

  • Campus Events

  • Library

  • Prospective Students

    • About UNC Charlotte
    • Campus Life
    • Admissions
    • Graduate Admissions
  • Faculty and Staff

    • Human Resources
    • Auxiliary Services
    • Inside UNC Charlotte
    • Academic Affairs
  • Current Students

    • Athletics
    • Financial Aid
    • Advising
    • Student Health Center
  • Alumni and Friends

    • Alumni Association
    • Advancement
    • Foundation
    • Make a Gift
Colloquium, Department of Mathematics and Statistics
Colloquium, Department of Mathematics and Statistics
Colloquium Lectures
  • My UNC Charlotte

  • Directory

  • Campus Events

  • Library

  • Prospective Students

    • About UNC Charlotte
    • Campus Life
    • Admissions
    • Graduate Admissions
  • Faculty and Staff

    • Human Resources
    • Auxiliary Services
    • Inside UNC Charlotte
    • Academic Affairs
  • Current Students

    • Athletics
    • Financial Aid
    • Advising
    • Student Health Center
  • Alumni and Friends

    • Alumni Association
    • Advancement
    • Foundation
    • Make a Gift
  • Home

Contact Me

Duan Chen

Semester

  • Fall 2022
  • Past Talks
  • Spring 2022

Links

  • Dept Site

Wednesday, Jan 16, 11:00AM-12:00 Noon, Conference room

January 11, 2019 by Duan Chen
Categories: Spring 2022
Inbo Sim, University of Ulsan, South Korea
Title: Symmetry-breaking bifurcation for the one-dimensional H\'{e}non and Moore-Nehari differential equations
Abstract: We show the existence of a symmetry-breaking bifurcation point for the one-dimensional H\'{e}non and the  Moore-Nehari differential equation.

 Employing a variant of Rabinowitz’s global bifurcation, we obtain the unbounded connected set (the first of the alternatives about Rabinowitz’s global bifurcation), which emanates from the symmetry-breaking bifurcation point. Moreover, we give an example of a bounded branch connecting two symmetry-breaking bifurcation points (the second of the alternatives about Rabinowitz’s global bifurcation) and show that a bifurcation point for Moore-Nehari equation is explicitly represented as a function of \p\ which is an exponent of nonlinear term.

Click for more  

UNC Charlotte Homepage

Campus Links

  • Alerts
  • Jobs
  • Make a Gift
  • Maps / Directions
  • Accessibility

Resources

  • Alumni & Friends
  • Faculty & Staff
  • Prospective Students
  • Community
  • Current Students
  • Parents and Family

Stay In Touch

facebook instagram flickr linkedin twitter youtube maps

The University of North Carolina at Charlotte
9201 University City Blvd, Charlotte, NC 28223-0001
704-687-8622

© 2017 UNC Charlotte | All Rights Reserved
Contact Us | Terms of Use | University Policies
Skip to toolbar
  • Log In