Winning the IWOMB 2024
Zython Paul Lachica, MSc (PO II), and Mia Kristine Quinco (UR III) achieved outstanding recognition at the International Workshop for Mathematical Biology (IWOMB) 2024, held at the Paradise Garden Resort in Boracay Island, Philippines. Zython Paul Lachica secured the prestigious FIRST PLACE, while Mia Kristine Quinco clinched the THIRD PLACE in the Poster Presentation competition.
The IWOMB serves as a pioneering platform in the Philippines, bringing together local mathematical biology researchers and international experts working at the intersection of mathematics and life sciences. This esteemed workshop series, spanning from 2018 to the present, has provided a vital bridge for young and seasoned mathematical modelers and researchers to collaborate on diverse research areas such as population dynamics, ecology, developmental biology, biophysics, epidemiology, and physiology.
The workshops have facilitated the formation of various research groups across institutions, enabling participants to engage in research aimed at mitigating and addressing critical issues affecting society. Notably, these efforts have played a significant role in addressing pressing health concerns, including the ongoing COVID-19 pandemic, by leveraging mathematical modeling and analytical techniques to inform public health strategies and interventions.
Zython Paul Lachica and Mia Kristine Quinco's exceptional achievements in the Poster Presentation competition underscore their expertise and contributions to the field of mathematical biology. Their success not only reflects their individual dedication and talent but also highlights the collective impact of collaborative research efforts in advancing scientific knowledge and addressing societal challenges.
As we celebrate their remarkable accomplishments, we are reminded of the importance of interdisciplinary collaboration and innovation in driving meaningful progress and shaping a healthier and more resilient future for all. The success of Zython Paul Lachica, Mia Kristine Quinco, and their peers serves as a source of inspiration for aspiring researchers and underscores the significant role of mathematical biology in addressing complex global health issues.