Mary Bishai, an esteemed experimental neutrino physicist at Brookhaven National Laboratory, shares her insights into the joys and challenges of her career. With a background in Egypt and a physics degree from the University of Colorado, Boulder, she has made significant contributions to various particle-physics projects. Bishai's expertise lies in connecting physics goals with technical and engineering disciplines, finding joy in multidisciplinary design solutions.
One of her key skills is brainstorming, which she uses to overcome mental blocks and technical challenges. By engaging in casual conversations with colleagues, she finds solace and fresh perspectives. Additionally, playing devil's advocate with herself and her team fosters critical thinking and innovation. Bishai's approachability and willingness to challenge established ideas have earned her respect among her peers.
The most rewarding aspect of her job is the opportunity to engage in 'big science.' She relishes the chance to delve into a wide range of technical and scientific challenges, collaborating with experts from diverse fields. For instance, her work with the Deep Underground Neutrino Experiment (DUNE) involves designing the infrastructure for the Long Baseline Neutrino Facility, a groundbreaking project that will send powerful neutrino beams across vast distances.
Bishai's work encompasses various disciplines, from mechanical and civil engineering to hydrogeology and AI. She enjoys the process of connecting physics goals with technical solutions, finding satisfaction in asking questions in unfamiliar areas and receiving insightful responses. This approachability and curiosity have fostered a collaborative and innovative environment within her team.
However, Bishai also acknowledges the challenges of large international collaborations. She emphasizes the need for emotional resilience, stamina, and patience in managing long-term projects. The potential for burnout and despondency is real, and finding ways to keep herself and her team motivated is a constant endeavor.
Looking back, Bishai offers valuable advice to aspiring scientists. She encourages honesty with the science, dropping unsuccessful approaches early on and embracing intellectual challenges. Bishai also advocates for challenging established dogma and groupthink, even if it leads to difficult discussions. Most importantly, she emphasizes the importance of taking breaks and slowing down when needed, recognizing that burnout can hinder progress.
In conclusion, Mary Bishai's career as an experimental neutrino physicist is characterized by a passion for multidisciplinary collaboration and a commitment to pushing the boundaries of scientific exploration. Her insights provide a glimpse into the rewards and challenges of a career in large-scale scientific projects, offering valuable lessons for both scientists and aspiring scientists alike.
