Deep research at the intersection of bioscience, systems thinking, and science policy — where the next paradigm shift comes from, and why it happens when it does.
Long-form analysis of bioscience breakthroughs, systems thinking, and science policy.
The researcher, writer, and systems thinker behind this work.
Sketches
Acknowledgements
This project would not have been possible without the tools and resources that made the research, writing, and building of this site feasible for a single student. Thank you to Claude (Anthropic) for research assistance, writing support, and help constructing this website; Notion for organizing and storing the knowledge base behind every post; Google for search, Scholar, and the countless papers and sources that informed this work; and the University of Pittsburgh for its library resources, academic access, and the education that made it possible to engage with this material in the first place.
On a personal note: thank you to my mom, my cousin Gabriel, and my friend Hagen for amazing and inspiring conversations that shaped how I think about these topics. And to the Senior Knuckle Head Brigade and its entire extended family — thank you for the conversation, nourishment, distraction, and support while this project was being built. You know who you are.
Bioscience breakthroughs, systems thinking, and the policy conditions that make science happen.
The researcher and writer behind Corinthian Technologies Incorporated.
I'm Corin Winikoff, a physics student in the Frederick Honors College at the University of Pittsburgh and the founder of Corinthian Technologies Incorporated. My academic interests span mathematics, engineering, the life sciences, and public health — held together by a persistent question about how government, industry, and institutions shape the systems that determine outcomes for people.
CTI is where I try to think through those questions seriously. It grew out of a conviction that the most important developments in bioscience aren't just scientific events — they're the product of funding structures, regulatory decisions, institutional cultures, and individual researchers working inside systems that either enable or obstruct them. Understanding breakthroughs means understanding all of that.
Outside of research, I'm an avid reader, writer, and critical thinker who wants to explore as much of the world and its opportunities as possible. I'm drawn to problems that sit at the edge of multiple disciplines — the kind that don't fit cleanly inside any single department or framework.
Physics major — expected graduation 2028. Pursuing an interdisciplinary education across science, policy, and the humanities.