In this episode of STEMed: Exploration Beyond the Surface, we have the privilege of interviewing Dr. Pushpalatha Bhat, a trailblazing physicist whose groundbreaking work at Fermilab, CERN, ECL, and Bangalore University has left an indelible mark on the field of particle physics such as her role in the discovery of the Higgs Boson and what it means to be the mother of neural networks in particle physics. Join us as we delve into Dr. Bhat's illustrious career, from her early days in Bangalore to her current role leading Fermilab's future colliders group.

We start by getting to know Dr. Bhat personally, exploring her childhood and what sparked her interest in science, particularly in the realm of physics. We uncover the pivotal moments that shaped her journey, from her time at Eindhoven University Cyclotron Lab in the Netherlands to her impactful contributions at Duke University.

Dr. Bhat shares insights into her most memorable experiences, including her involvement in groundbreaking experiments and the historic discovery of the Higgs boson. We discuss the evolution of data analysis techniques in high-energy physics, with Dr. Bhat shedding light on the role of machine learning and its potential to revolutionize the field.

Looking ahead, we explore the most exciting prospects and challenges facing particle physics, as well as Dr. Bhat's views on the importance of scientists engaging with the broader community and policymakers.

As a prominent and distinguished figure in STEM, Dr. Bhat provides valuable perspectives on fostering a more equitable scientific community and shares her own experiences navigating unique challenges as a woman in physics.

Finally, we dive into Dr. Bhat's dedication to outreach and mentorship, as she offers advice to young women and underrepresented groups aspiring to pursue careers in STEM, particularly in the dynamic field of high-energy physics.

Join us for an inspiring conversation with Dr. Pushpalatha Bhat as we explore the frontiers of particle physics and the transformative power of scientific discovery.