The Secret Behind Lawrence Berkeley National Laboratory's Nobel Laurels and Global Leadership

"Pooling national resources, mobilizing vast amounts of capital, and securing the highest priority to achieve a single scientific research goal—this approach is independent of any specific country or ideology, and once successful, it proves to be disruptive."

In a recent article titled “The Real Power Behind Oppenheimer: Ernest Lawrence and His ‘Big Science’ Legacy,” we recounted how Ernest Lawrence, the pioneer of the Radiation Laboratory, mobilized nationwide resources in the United States to advance the application of nuclear energy. This effort not only secured a decisive advantage for the Allied forces during World War II but also propelled the U.S. energy industry to global leadership for decades, maintaining a longstanding strategic edge.

In the postwar era, Lawrence Berkeley National Laboratory has not only continued to yield significant achievements in the energy sector but has also pursued fundamental scientific research across multiple disciplines, including chemistry, biology, and computer science. It has been awarded the Nobel Prize 16 times and countless national-level awards. How has Lawrence Berkeley National Laboratory remained at the global forefront for nearly a century, and what insights can we draw from its success?

The Radiation Laboratory, renamed Lawrence Berkeley National Laboratory (hereinafter referred to as Berkeley Lab) in peacetime, is dedicated to bringing the most cutting-edge scientific solutions to the world. Today, Berkeley Lab’s research focuses on four major themes: Discovery Science, Clean Energy, Healthy Earth and Ecosystems, and Future Science, continuing its original mission at establishment.

The laboratory’s 22 scientific departments are organized into six research areas: Computational Science, Physical Sciences, Earth and Environmental Sciences, Biological Sciences, Energy Science, and Energy Technology. This structure largely preserves the foundation established around the time of World War II.

Lawrence has always maintained that the best scientific research is conducted collaboratively by teams of individuals with expertise in diverse specialized fields. This was how the laboratory operated in the past, and it remains its guiding principle to this day.

Scientists at Berkeley Lab have won sixteen Nobel Prizes in physics and chemistry, including Jennifer Doudna, who developed CRISPR technology and founded several biotech companies. Each Nobel laureate has a street named after them on the laboratory campus. Additionally, twenty-three Berkeley Lab employees contributed to the reports of the Intergovernmental Panel on Climate Change (IPCC), which was awarded the Nobel Peace Prize.

Fifteen laboratory scientists have also received the National Medal of Science, and one has received the National Medal of Technology and Innovation. Eighty-two Berkeley Lab researchers have been elected as members of the National Academy of Sciences or the National Academy of Engineering. According to the Nature Index, Berkeley Lab is the most influential single government laboratory worldwide in terms of research output in the physical sciences and chemistry. Using the same metric, the laboratory ranks second in earth and environmental sciences.

Many of the research impacts of Berkeley Lab are built upon its unique research facilities.

The laboratory manages five national scientific user facilities, which are part of a network of 28 facilities operated by the U.S. Department of Energy’s Office of Science. These facilities, along with the expertise of the scientists and engineers who operate them, are accessible to 14,000 researchers from universities, industry, and government laboratories. To illustrate their scale, we highlight three of these facilities as examples.

Approximately 2,000 researchers from universities, industry, and government laboratories worldwide conduct experiments at the Advanced Light Source (ALS) each year. These experiments are carried out across nearly 40 beamlines, which operate for 5,000 hours annually, resulting in close to 1,000 scientific publications in various fields. Any qualified researcher may apply for access to ALS beamlines, with peer review determining which proposals are approved.

If the user's research is non-proprietary (i.e., the user plans to publish the research findings in open-access literature), no fees will be charged for beamtime usage. Approximately 16% of users are from outside the United States.

JGI advances genomics research by providing the research community with state-of-the-art genome sequencing and analysis capabilities. The Institute employs more than 250 scientists and technical staff to support the projects of 2,180 scientific users who utilize its facilities annually. In fiscal year 2022, the facility sequenced 658 trillion base pairs, a throughput that now doubles every two years.

JGI’s research is divided into seven projects.

JGI provides users with free access to high-throughput genomics and data analysis. Researchers can submit proposals to one of seven programs, all of which undergo scientific review as well as assessment of their relevance to the DOE’s research mission. If a proposal is approved, JGI will provide users with standard sequencing, synthesis, and metabolite services.

Users of the Molecular Foundry can access instruments, technologies, and collaborators at no cost for nanoscience research in the public domain. Proposals for user projects must demonstrate their potential to foster interdisciplinary collaboration among scientists across the facility’s seven synergistic divisions, encompassing fields such as materials science, physics, electrical engineering, environmental engineering, biology, and chemistry.

A significant proportion of research at Berkeley Lab is conducted by large, multidisciplinary teams comprising researchers from multiple institutions, with the U.S. Department of Energy—the owner of these national laboratories—typically serving as the sponsor of such major research initiatives.

Joint BioEnergy Institute (JBEI). JBEI’s mission is to develop the scientific knowledge and new technologies required to convert the maximum amount of usable carbon from bioenergy crops into biofuels and bioproducts. JBEI is one of four U.S. Department of Energy (DOE) Bioenergy Research Centers (BRCs). In 2023, the U.S. Department of Energy announced a $590 million commitment to support the development of BRCs over the next five years. Berkeley Lab is the lead partner, with founding partners including Oak Ridge National Laboratory (ORNL) and the National Renewable Energy Laboratory (NREL).

National Alliance for Water Innovation (NAWI). NAWI aims to provide affordable, energy-efficient, and resilient water supplies for the U.S. economy through decentralized, fit-for-purpose treatment. NAWI is primarily supported by the U.S. Department of Energy’s Office of Energy Efficiency and Renewable Energy, in partnership with the California Department of Water Resources and the California State Water Resources Control Board. Lawrence Berkeley National Laboratory is a lead partner, with founding partners including Oak Ridge National Laboratory (ORNL) and the National Renewable Energy Laboratory (NREL).

Liquid Sunlight Alliance (LiSA). LiSA is dedicated to establishing new scientific principles and, through these principles, collaboratively designing coupled microenvironments capable of efficiently and selectively producing liquid fuels from sunlight, water, carbon dioxide, and nitrogen. LiSA’s primary partners are the California Institute of Technology and Berkeley Lab.

Joint Center for Energy Storage Research (JCESR). JCESR’s mission is to provide transformative new concepts and materials for electrodes, electrolytes, and interfaces that will power diverse high-performance next-generation batteries for transportation and the electrical grid. Argonne National Laboratory leads the JCESR project, with Berkeley Laboratory as a key partner.

Like all well-established research institutions, Berkeley Lab also boasts a large and influential Intellectual Property Office.

The Intellectual Property Office at Berkeley Lab serves as a vital hub for innovation and technology transfer. It plays a key role in protecting, managing, and commercializing intellectual property generated within Lawrence Berkeley National Laboratory. The office primarily provides scientist-entrepreneurs with networking resources, I-Corps training, pitch training and practical opportunities, as well as funding information and various materials.

Compared with the patent offices of other institutions, Berkeley Lab places greater emphasis on providing scientists with training and assistance for various project applications.

As a newly established startup incubation program at Lawrence Berkeley National Laboratory, it is only fitting that it be named after Lawrence’s cyclotron.

This initiative aims to empower entrepreneurial scientists to drive forward technological projects with the potential for global impact. The department’s flagship program is a fellowship scheme that provides support to entrepreneurial scientists and engineers in developing commercially viable technology products.

Since its establishment in 2015, Cyclotron Road has helped more than 70 scientists from Berkeley Lab bring their innovations to market through a partnership with the non-profit organization Activate.org. The companies founded by these scientists have raised over $1 billion in funding, employed more than 900 people, and launched new products across multiple industries.

The Lab Embedded Entrepreneurship Program is an entrepreneurship support initiative under the U.S. Department of Energy. Through nationwide recruitment, the program attracts top talent in the clean energy sector and provides two-year funded fellowships to help them bring emerging technologies to market.

Early-stage startups will be embedded within one of four national laboratories, including Berkeley Lab and the aforementioned NREL, ANL, and ORNL. Scientists from these four laboratories will provide mentorship for the projects. LEEP also offers local, regional, and national ecosystem support, including business entrepreneurship training, to address the challenges and barriers commonly faced by early-stage clean technology startups.

From the moment Ernest Lawrence secured approval for the first laboratory from the then-president of the University of California, research at Berkeley Lab has never been divorced from industrial application. While immediate commercialization may not always be feasible, and ultimate success is not guaranteed, the original intent behind every research initiative has been to develop applicable scenarios that benefit the well-being of all humanity. I believe this was Lawrence’s conviction, shared by the early entrepreneurs who funded him, and upheld by the generations of scientists who have since worked at the laboratory.