In this episode of Micro Journeys, Daniel Marrujo sits down with John Hill to explore a career shaped by curiosity, large-scale science, and the pursuit of understanding matter at its most fundamental level. From Hill’s early fascination with space and science in England to his leadership at Brookhaven National Laboratory, the conversation traces how passion, global ambition, and national-scale research converge to drive technological and scientific progress. Together, they unpack how national laboratories quietly underpin much of the innovation that fuels modern life.
The discussion dives deeply into the role Brookhaven plays in advancing synchrotron science, microelectronics, quantum computing, artificial intelligence, particle physics, and space radiation research. Hill explains how tools like the National Synchrotron Light Source II enable scientists to see inside materials at the atomic scale, non-destructively analyze microchips, and accelerate discoveries across biology, energy, and electronics, while also revealing how AI and quantum technologies are reshaping how science itself is done.
Ultimately, the episode reveals how Brookhaven’s mission bridges basic research and real-world impact: creating capabilities too complex for industry alone, transferring discoveries into the economy, and positioning the United States at the forefront of future technologies.
00:44 – John Hill’s journey from England to Brookhaven National Laboratory
04:03 – What a synchrotron is and why it matters to science and industry
07:17 – How the NSLS-I changed the game with 10,000x brighter X-rays
11:10 – How Brookhaven is advancing quantum computing through materials science
18:52 – The role of AI in transforming how science is done
28:07 – Recreating the early universe and probing the mystery of mass
35:54 – Simulating space radiation and protecting electronics and astronauts