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In today’s episode, host Candace Gillhoolley sits down with Alicia Weldon, a theoretical chemist whose career weaves through quantum computing, artificial intelligence, and complex systems. Elise Weldon takes us from her childhood in rural New Jersey to her pivotal academic and industry experiences, sharing how curiosity and a flexible approach have shaped her path. Together, they explore the intersection of scientific progress and real-world impact, the cultural shift from academia to industry, and the nuance required to translate complex topics across disciplines. This conversation is about more than just technology—it’s about the values, setbacks, and determination that drive a career in cutting-edge science, and what it means to find your place in a field that’s constantly evolving.
Links00:00 Choosing an engineering major
04:12 Discovering quantum chemistry in class
10:09 Bridging technical and commercial worlds
11:47 Uncertainty in project timelines
16:32 Practical impact of quantum computing
18:19 Skills gained from teaching in academia
23:12 Dealing with setbacks and learning
24:05 Philosophy on work and success
27:58 Early quantum computing experiments
32:20 Researchers' mindset on quantum computing
36:40 Support and encouragement moments
39:17 Exploring veganism and tech interests
41:26 Reading habits and poetry exploration
By Candace GillhoolleyIn today’s episode, host Candace Gillhoolley sits down with Alicia Weldon, a theoretical chemist whose career weaves through quantum computing, artificial intelligence, and complex systems. Elise Weldon takes us from her childhood in rural New Jersey to her pivotal academic and industry experiences, sharing how curiosity and a flexible approach have shaped her path. Together, they explore the intersection of scientific progress and real-world impact, the cultural shift from academia to industry, and the nuance required to translate complex topics across disciplines. This conversation is about more than just technology—it’s about the values, setbacks, and determination that drive a career in cutting-edge science, and what it means to find your place in a field that’s constantly evolving.
Links00:00 Choosing an engineering major
04:12 Discovering quantum chemistry in class
10:09 Bridging technical and commercial worlds
11:47 Uncertainty in project timelines
16:32 Practical impact of quantum computing
18:19 Skills gained from teaching in academia
23:12 Dealing with setbacks and learning
24:05 Philosophy on work and success
27:58 Early quantum computing experiments
32:20 Researchers' mindset on quantum computing
36:40 Support and encouragement moments
39:17 Exploring veganism and tech interests
41:26 Reading habits and poetry exploration