Bacterial Growth and Simple Models: When Biology meets Mathematics.

This episode of LUMS Math Circles titled "Bacterial Growth and Simple Models: When Biology Meets Mathematics" was an exhilarating fusion of two seemingly opposite subjects, Mathematics and Biology, brought to life by the dynamic duo, Dr. Shaper Mirza, Associate Professor in the Department of Biology at LUMS, and Dr. Adnan Khan, Associate Professor in the Department of Mathematics at LUMS.

The session kicked off with Dr. Shaper Mirza, a remarkable scientist, taking the stage to unravel the mysteries of bacterial growth. She delved into the intricacies of how bacteria proliferate and the various factors influencing their growth rate. The young participants were captivated as they enthusiastically answered questions posed by Dr. Mirza, ranging from the basics of bacterial reproduction to the conditions that foster their proliferation.

Next, Dr. Adnan Khan stepped into the spotlight to illustrate the mathematical underpinnings of bacterial growth. With clarity and enthusiasm, he elucidated how mathematical concepts, specifically logarithms, can be harnessed to calculate the doubling time of a population growth model. The minds of the young learners were ignited as they connected the dots between mathematics and the living world.

To make this exploration even more tangible, Dr. Shaper and Dr. Adnan brought a slice of real-life bacterial growth to the classroom. Under the microscope, students had the mesmerizing opportunity to witness bacterial colonies flourishing in real-time. It was a captivating experience, bridging the gap between theory and the tangible world around them.

As the session drew to a close, certificates of participation were distributed to all the eager learners. The joy on the kids' faces was evident as they clutched their hard-earned certificates, brimming with newfound knowledge. To sweeten the deal, each participant also received a box of delicious doughnuts as a token of appreciation.

This episode of LUMS Math Circles showcased the power of interdisciplinary learning, where the realms of Mathematics and Biology converged, leaving young minds inspired and enriched. It was a day when science transcended boundaries and young imaginations took flight, leaving an indelible mark on all who were part of this enlightening journey.