View Proposal #393
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| ID | 393 |
|---|---|
| First Name | Titus |
| Last Name | Klinge |
| Institution | Iowa State University |
| Speaker Category | graduate student |
| Title of Talk | Exact Analytical Solutions of a Chemical Oscillator |
| Abstract | A chemical reaction network (CRN) is a mathematical model used extensively in chemistry with deep connections to ordinary differential equations (ODEs). CRNs have been used to model naturally occurring reactions that are periodic such as the Brusselator and the Oreganator. However, the nonlinearity of the underlying ODEs is often complex and a large amount of research has been devoted to approximating the solutions to these ODEs. Recently, Luca Cardelli defined a CRN that has similar desirable periodic behavior. In this talk we present a general analysis of this CRN including exact analytical solutions to the underlying ODEs. This is joint work with James I. Lathrop. This talk will be accessible to both undergraduate and graduate students. |
| Subject area(s) | molecular programming, ODEs |
| Suitable for undergraduates? | Y |
| Day Preference | Either |
| Computer Needed? | N |
| Bringing a laptop? | N |
| Overhead Needed? | N |
| Software requests | |
| Special Needs | Note I will be requiring a projector and screen for the presentation, but my own laptop and hookups will suffice. I am flexible and able to work with any room with this equipment. |
| Date Submitted | 09/29/2014 |
| Year | 2014 |