UCLA Nobel Prize Laureates: A Legacy of Excellence and Impact
UCLA stands as a beacon of academic distinction, globally recognized for its groundbreaking research and the exceptional minds it fosters. This reputation is underscored by the impressive roster of Nobel laureates affiliated with the university, including both faculty members and alumni, who have made significant contributions to various fields, from physics and chemistry to economics and peace.
Recognizing UCLA's Nobel Laureates
UCLA proudly recognizes its Nobel Prize laureates, celebrating their transformative work and the university's role in their success. According to UCLA Newsroom, eight faculty members and seven alumni have been awarded Nobel Prizes in diverse categories, including chemistry, physics, physiology or medicine, economics, and peace. This article highlights the accomplishments and backgrounds of some of these distinguished individuals, emphasizing the vital role of accessible education, research opportunities, and federal funding in their journeys.
Faculty Nobel Laureates
Andrea Ghez (Physics, 2020): Professor Andrea Ghez was awarded the 2020 Nobel Prize in Physics for her groundbreaking discovery of a supermassive compact object at the center of the Milky Way galaxy. Her work tests the limits of Einstein's theory of relativity, suggesting that the theory cannot fully explain gravity inside a black hole and that a more comprehensive theory is needed. Ghez shared the prize with UC Berkeley’s Reinhard Genzel and the Max Planck Institute for Extraterrestrial Physics.
Willard Libby (Chemistry, 1960): Willard Libby, a UCLA faculty member, won the 1960 Nobel Prize in Chemistry for developing a revolutionary carbon-dating technique based on carbon-14, a radioactive carbon isotope found in all living material. Libby discovered that carbon-14 deteriorates at a fixed rate upon an organism's death, enabling scientists to measure current carbon-14 levels in fossils or archeological relics and determine their age. Libby’s carbon dating technique is used in a variety of fields like archaeology, geology, geophysics and more.
Alumni Nobel Laureates
Elinor Ostrom (Economics, 2009): A triple Bruin, Elinor Ostrom received the Nobel Prize in Economics in 2009 for her research challenging the "tragedy of the commons," the idea that individual greed leads to the over-exploitation and depletion of collectively-used natural resources. Ostrom demonstrated how local property can be successfully managed by local communities without any regulation by central authorities or privatization.
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Ralph Bunche (Peace, 1950): Ralph Bunche holds the distinction of being the first African American to receive the Nobel Peace Prize. He was awarded the prize for his pivotal role in arranging a cease-fire during the first Arab-Israeli war. In 1946, Bunche began his service with the UN, and in the following year, he was dispatched to the Middle East to help devise a plan for dividing Palestine between the Arab and Jewish communities. When the chief UN negotiator Folke Bernadotte was murdered in the autumn of 1948, Bunche replaced him and succeeded in bringing about a cease-fire after tough negotiations.
Glenn T. Seaborg (Chemistry, 1951): In 1940, Bruin Glenn Seaborg succeeded in creating an element with an atomic number of 94 called plutonium. The heaviest elements existing in nature, like uranium, which has an atomic number of 92, are radioactive and quickly decay. It has become apparent, however, that these weighty elements can be created by bombarding atoms with particles and atomic nuclei.
Bruce Merrifield (Chemistry, 1984): Bruce Merrifield had a simple solution to speed up the synthesis of proteins, and parts of proteins, know as peptides: nail down the first building block of the protein on a solid surface. After laying the foundation, the rest of the building blocks could be added and the remaining impurities washed away.
William Sharpe (Economics, 1990): A triple Bruin, Sharpe developed a general theory for the pricing of financial assets. Sharpe's theory, called the Capital Asset Pricing Model, is a way of matching potential gain from an investment with the potential risk. His model is considered the standard for the investment industry and is used by corporate, institutional and pension fund managers to plan and judge their investments.
Richard F. Heck (Chemistry, 2010): Richard F. Heck won the Nobel Prize in Chemistry for creating techniques that create complex carbon molecules more efficiently. Rather than building an intricate organic molecule from scratch, Heck shortened the process by combining two carbon atoms to form one molecule. This discovery drastically influenced the development of electronics, such as display screens, and medicine including treatments for asthma, migraines, H.I.V. and cancer.
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Randy W. Schekman (Physiology or Medicine, 2013): During the 1970s, Schekman studied yeast cells to demonstrate how different genes regulate the transportation process. The cells inside our bodies produce a host of different molecules that are sent to specific areas. During transport, some molecules group together in structures called vesicles. These small sac-like structures help cells organize activity and communicate with their environment. His astounding work led to the success of the biotechnology industry, important pharmaceuticals and our overall understanding of the complicated human body.
The Importance of Accessible Education and Research Opportunities
The stories of UCLA's Nobel laureates highlight the significance of accessible and well-funded higher education. Many, like Frederick J. Ramsdell and Ardem Patapoutian, benefited from opportunities that transformed their lives and set them on the path to groundbreaking discoveries.
Frederick J. Ramsdell (Physiology or Medicine, 2023): Ramsdell's journey to a Nobel Prize began at a California community college. Unable to afford a four-year college directly out of high school, Ramsdell initially attended Foothill College in the Bay Area, a path taken by 1 out of every 4 current UCLA undergraduates. His studies at Foothill College provided a springboard to a bachelor’s degree in biochemistry and cell biology at UC San Diego and ultimately to a Ph.D. in microbiology and immunology at UCLA. As a doctoral student at UCLA, Fred Ramsdell trained cancer surgeons in laboratory work. “My love of immunology was born in college,” Ramsdell said. Golub, now a professor emeritus at UC Irvine, encouraged Ramsdell to work with colleagues outside his field through nationally funded training programs and even arranged for the then-second-year doctoral student to train cancer surgeons at UCLA in laboratory work. “He said, ‘They know stuff that you don’t know, and you know stuff that they don’t know,’ and he was right,” Ramsdell recalled. It’s a lesson he applied in his career. “I went into biotechnology because it’s an incredibly team-oriented environment. Ramsdell, a founder of and scientific advisor for Sonoma Biotherapeutics in San Francisco, won the Nobel Oct. 6 for his groundbreaking findings on how the human immune system patrols itself and prevents immune cells from attacking the body’s tissues. His work could lead to new therapeutic options for people with autoimmune diseases like arthritis, multiple sclerosis, Crohn’s disease and other disorders. A pivotal part of that award-winning research, which relied on support from the National Institutes of Health, involved a highly unusual strain of mice whose immune systems attacked their own organs - a strain that had been continually bred and maintained by federal government scientists since the 1940s in the hope that at some point it would prove useful. “They knew it was interesting but didn’t have the tools to figure out why. Years later, we did,” Ramsdell said. “That’s an example of the government investing in basic science in the 1940s, and it eventually led to not just this Nobel Prize but to clinical trials right now with patients with disease to see if we can make them better.
Ardem Patapoutian (Physiology or Medicine, 2021): For Ardem Patapoutian, an immigrant student and the winner of the 2021 prize, lab work and the mentorship of UCLA’s world-class faculty changed the trajectory of his life. After emigrating from war-torn Beirut in 1986 at the age of 18 with the dream of pursuing a college education, Ardem Patapoutian, who had left his parents behind in Lebanon, spent his first year in Los Angeles working odd jobs to establish residency and qualify for in-state tuition. It was in Westwood that he would find his calling. “UCLA was where I first discovered the excitement of scientific discovery,” he said. And while his first ambition was to attend medical school, two formative undergraduate experiences changed his outlook and steered him toward an award-winning career as a basic research scientist. One was an introductory biology class focused on DNA taught by molecular biologist Bob Goldberg, the other an opportunity to work as an undergraduate researcher in the lab of Judith Lengyel, herself a UCLA alumna, whose federally funded research centered on the development of organs in fruit fly embryos. “Working in Judy Lengyel’s lab and taking Bob Goldberg’s molecular biology course opened my eyes to research as a calling rather than a requirement for medical school - it truly changed the trajectory of my life,” Patapoutian said. Coinciding with his graduation in 1990, Patapoutian published his first paper in a scientific journal as a co-author with Lengyel. Armed with those experiences, he would go on to earn his doctorate in biology from Caltech and join the Scripps Research Institute in San Diego, where his work on how temperature and touch are converted into electrical impulses in the nervous system would bring him the Nobel Prize in 2021. Patapoutian stressed the crucial importance that student research opportunities play in higher education, drawing the best and brightest from all walks of life from California, the nation and the world to UCLA and allowing burgeoning young scientists to explore new horizons. Today, approximately 45% of UCLA undergrads participate in some form faculty-driven research, from the sciences to the arts, and many work in the labs of professors conducting basic research across the STEM spectrum.
Randy Schekman (Physiology or Medicine, 2013): Molecular biologist and UC Berkeley professor Randy Schekman, who won the Nobel Prize in 2013 for his work on how proteins are packaged and transported in cells, earned his bachelor’s degree from UCLA in 1971. He characterized his academic and research experiences at the university as “absolutely essential” to his work. “There’s a direct line from what I did at UCLA to my eventual career,” he said. The book, Schekman said, was a revelation, and it spurred him to pursue further research in the lab of Dan Ray, where he worked on the replication of DNA viruses and even ran his own experiment. “In that lab,” he said, “I realized I was going to be a scientist, not a physician. I told my parents I wasn’t going to medical school anymore. As an undergrad, Schekman was also able to publish several papers, co-authored with Ray, in major scientific journals, which helped him land a spot as a doctoral candidate in Stanford University’s biochemistry department - “the best biochemistry department in the world at the time,” he said. In June 2014, less than a year after his Nobel honor, Schekman, who donated his Nobel winnings to the University of California, returned to Westwood to talk to graduating students as keynote speaker at the UCLA College commencement. “The University of California has provided generations of middle- and working-class families with an opportunity to build a better life,” Schekman said, highlighting the importance of an affordable, accessible college education. “Labs that close down won’t be able to support their undergraduate researchers,” Schekman emphasized.
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These stories exemplify how UCLA provides a nurturing environment where students from diverse backgrounds can thrive and contribute to groundbreaking research. The university's commitment to fostering scientific collaboration and knowledge-sharing has been instrumental in the success of its Nobel laureates.
The Role of Federal Funding in Scientific Breakthroughs
Federal funding plays a crucial role in supporting the kind of basic research that leads to Nobel Prizes. The National Institutes of Health, the Department of Energy, the National Science Foundation, the Department of Defense, and the National Security Agency are among the agencies that have supported the work of UCLA's Nobel laureates.
Ramsdell’s 2001 study that identified a genetic mutation that causes a fatal immune system disorder was supported by the National Institutes of Health. Yaghi’s revolutionary approach to chemistry has earned over a dozen federal grants, from the National Science Foundation, the Department of Energy and the Department of Defense.
The United States has historically been a global magnet for brilliant, motivated young scientists because of its investment in research, especially in its earliest, most exploratory phase. This has been instrumental in making America a prosperous nation and improving lives around the world.
However, recent trends in federal funding for science are concerning. Proposed cuts to federal science agencies could cripple scientific progress and have long-lasting repercussions. It is essential to speak up for science and advocate for continued investment in research to ensure that the United States remains at the forefront of scientific discovery.
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