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Consider ants. Only the queen ant reproduces and passes on her genetic sequences. The worker ants do not. This creates a great paradox of evolution: if the worker ants don't pass on their genes, then how do they keep popping up? This week, hosts Nick Handfield-Jones and Connor Chato interview Vonica Flear, from the Department of Biology, who is working on a mathematical model to solve this puzzling problem. She tells us about why she's interested in eusocial animals like ants and wasps and how she uses math to model them. Plus, hear about some of the pioneers in this field and how they advanced our understanding of evolution. To find out more from Vonica you can email her at [email protected]
Hosts: Connor Chato & Nick Handfield-Jones
Produced by Ariel Frame
Consider ants. Only the queen ant reproduces and passes on her genetic sequences. The worker ants do not. This creates a great paradox of evolution: if the worker ants don't pass on their genes, then how do they keep popping up? This week, hosts Nick Handfield-Jones and Connor Chato interview Vonica Flear, from the Department of Biology, who is working on a mathematical model to solve this puzzling problem. She tells us about why she's interested in eusocial animals like ants and wasps and how she uses math to model them. Plus, hear about some of the pioneers in this field and how they advanced our understanding of evolution. To find out more from Vonica you can email her at [email protected]
Hosts: Connor Chato & Nick Handfield-Jones
Produced by Ariel Frame