Biophysicist Lisa Manning recognized a distinct pattern in asthma cells at a conference based on her physics background, leading to new insights into tissue properties.
Her research focuses on applying mathematical models to understand collective behaviors in biological systems, such as tissue rigidity dependent on cell shapes.
Manning transitioned from theoretical condensed-matter physics to biophysics after finding commonalities in developmental systems.
She explores shape changes in embryos and the application of AI and machine learning concepts to embryogenesis.
Manning supports early-career researchers by offering professional development programs and emphasizing non-technical skills.
She reflects on her evolution as a mentor, realizing the need to set clear expectations for students early on to support their growth.
Manning encourages students to consider diverse career paths beyond academia and aims to highlight the joys and rewards of scientific discovery.
For Manning, the excitement of uncovering something new remains a driving force in her career, emphasizing the joy of understanding and discovery.