Seminars for Biomathematics
Aug 28 2024 |
| Richard Bertram |
| Organizational Meeting |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Sep 4 2024 |
| Richard Bertram (FSU) |
| Current Research Topics of the Bertram lab |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Sep 4 2024 |
| Bhargav Karamched |
| Local heterogeneities in cardiac systems suppress turbulence by generating multi-armed rotors |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Sep 11 2024 |
| Nick Cogan (FSU) |
| Biofilm Rheology and Uncertainty |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Sep 11 2024 |
| Bhargav Karamched |
| Local heterogeneities in cardiac systems suppress turbulence by generating multi-armed rotors |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Sep 19 2024 |
| Youngmin Park (University of Florida) |
| n:m Phase-Locking of Heterogeneous and Strongly Coupled Oscillators |
| Biomathematics Seminar |
| Time: 1:20 |
| Location: 306 Love |
Sep 25 2024 |
| Bhargav Karamched (FSU) |
| Formulation, Approximation, Reduction: A Journey Through Techniques Used in Stochastic Analysis of Biological Systems |
| Biomathematics Seminar |
| Time: 3:15 |
| Location: 306 Love |
Sep 25 2024 |
| Richard Bertram |
| Expansion of scroll wave filaments induced by chiral mismatch |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Oct 2 2024 |
| Michael Cortez (FSU) |
| A Tour of Research Questions in Epidemiology, Ecology, and Evolution That Can be Answered by Methods from Applied Mathematics |
| Biomathematics Seminar |
| Time: 3:15 |
| Location: 306 Love |
Oct 2 2024 |
| Richard Bertram |
| Expansion of scroll wave filaments induced by chiral mismatch |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Oct 9 2024 |
| Malbor Asllani (FSU) |
| Emergence of Power-Law Distributions in Self-Segregation Reaction-Diffusion Processes |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Many natural or human-made systems encompassing local reactions and diffusion processes exhibit spatially distributed patterns of some relevant dynamical variable. These interactions, through self-org... More |
Oct 9 2024 |
| David Wharton |
| Single olfactory receptors set odor detection thresholds |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Oct 9 2024 |
| Julianna Capece (FSU Mathematics) |
| Modeling the Biomechanical Forces and Tensions that Contribute to Cortical Folding in the Human Brain |
| Biomath ATE |
| Time: 1:00pm |
| Location: Zoom |
The outermost layer of the brain’s surface, the cerebral cortex, consists of gyri (hills) and sulci (valleys). In humans, cortical folding begins during the 16th or 17th week of gestation, and the m... More |
Oct 23 2024 |
| Chris Ryzowicz (FSU) |
| Oscillations in Delayed Positive Feedback Systems |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Oct 23 2024 |
| James Thornham (FSU Molecular Biophysics) |
| Synchronization of pancreatic islets by periodic or non-periodic muscarinic agonist pulse trains |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Oct 30 2024 |
| Haoyang Qian (FSU) |
| Explosive Opinion Polarization and Depolarization with Nonlinear Incidence |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Oct 30 2024 |
| Martyna Smart (FSU Mathematics) |
| The impact of threshold decision mechanisms of collective behavior on disease spread |
| Biomath Journal Club |
| Time: 5:00 PM |
| Location: Dirac 216 |
Nov 13 2024 |
| Bryce Morsky (FSU) |
| How Reasoning About Errors can Affect Indirect Reciprocity |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Indirect reciprocity serves as a pivotal mechanism in fostering cooperative behaviour within social groups. However, challenges arise in maintaining its effectiveness due to errors in |
Nov 20 2024 |
| Mike Reed (virtual) (Duke University) |
| Sex Differences in Cell Metabolism |
| Biomathematics Seminar |
| Time: 3:05 |
| Location: 232 Love |
Most of what we know about human physiology has been derived from clinical studies on men or experimental studies on male rats or mice. For a long time and for many different reasons, physiological re... More |