John Paulson Gives Hebrew University $250 Million for Science

Philanthropist and investor John Paulson has committed $250 million to the Hebrew University of Jerusalem, the institution announced at its Board of Governors Gala. The contribution is the largest single donation ever made to the university and will fund a portfolio of scientific and educational priorities, including a new Faculty of Engineering, expansion of medical and biomedical research, trauma and post-trauma recovery programs, and a new institute intended to connect academic expertise with public policy. In recognition of the gift, the university’s Mount Scopus campus in Jerusalem will be renamed the Alina and John Paulson Campus, Mount Scopus, Jerusalem. The announcement did not identify a single experiment or discovery behind the award; instead, it created a large-scale research platform intended to affect how future engineers, physicians and scientists are trained and how knowledge moves from laboratories into wider society.

The investment follows earlier support from the Paulson Family Foundation for Hebrew University’s engineering and computer-science infrastructure. That support includes the Paulson Bar-El Building for Computer Science & Engineering and the John Paulson Building for Electrical Engineering on the Edmond J. Safra Campus. The new award extends that involvement from individual facilities and disciplines to a university-wide program centered on areas described as nationally important. Hebrew University said the gift would help it recruit faculty, support students, equip laboratories and increase the capacity of research infrastructure. Technically, this means the funding can connect several parts of the scientific process: education, basic investigation, development of equipment and methods, and the translation of findings into clinical, industrial or public applications.

A central element will be the development of Hebrew University’s new Faculty of Engineering. The planned faculty is intended to bring engineering, computer science, medicine and the life sciences into a more connected structure for addressing complex technological and social problems. That combination is especially relevant in fields where advances depend on hardware, software, biological knowledge and clinical observation working together. Medical devices, for example, require electrical and mechanical engineering as well as testing with physicians and patients; computational methods can help researchers analyze large biological datasets; and biomedical engineering can translate cellular mechanisms into diagnostic tools or therapeutic systems. By treating these areas as parts of a shared enterprise rather than isolated departments, the university aims to create research teams capable of moving from questions in basic science to practical systems.

Paulson’s gift will also strengthen the university’s medical and biomedical ecosystem, encompassing research, infrastructure and innovation in medical education. Hebrew University said the money would help advance an emerging model for medical education, broaden its reach and deepen the research and technological foundations beneath the curriculum. A modern medical curriculum depends on more than classroom instruction. Students and researchers need laboratories, imaging facilities, data resources, clinical partnerships and access to sophisticated equipment. The same infrastructure can support investigations into disease mechanisms, new diagnostic approaches and better methods of treatment. The announcement did not specify individual projects, although the scale of the gift suggests that it is intended to provide durable capacity rather than finance a narrow, short-term program.

Trauma and post-trauma recovery form another major component of the award. These are complex problems because serious injury can produce interconnected physical and psychological effects that may continue long after the initial event. A research response can therefore require expertise in emergency care, surgery, rehabilitation, neuroscience, psychology and public health. The university said the gift would support research in this area, although the source announcement did not release a detailed agenda, project list or set of clinical targets. Its broader purpose is to give investigators and practitioners the resources required to examine recovery across biological, functional and social dimensions, an approach that can connect laboratory findings with the longer-term needs of patients and families.

The donation will also help establish an impact and community think tank designed to bring the university’s academic expertise into closer dialogue with urgent public needs in Israel and internationally. Such an organization would function as an interface between researchers, public institutions, community organizations, policymakers and other users of specialized knowledge. The announcement presented the think tank as a new framework for public impact rather than as a single laboratory. Its potential value lies in helping turn evidence into decisions: identifying where research can answer practical questions, assembling evidence across disciplines, and communicating uncertainties as well as findings. Because the source did not provide a formal charter, membership model or funding schedule, the think tank’s eventual structure and priorities remain to be defined.

The university describes the gift as support for a broad effort to strengthen Israel’s innovation economy, educate future leaders and produce benefits beyond the campus. That framing reflects the character of research-intensive institutions, where discovery often depends on long horizons and on people moving between laboratories, clinical settings and classrooms. Paulson said he believed investment in Hebrew University could offer substantial value relative to the cost of comparable education and research infrastructure in the United States. He also characterized the donation as an expression of support and international solidarity with Israel. These statements establish the donor’s stated motivation, while the scientific impact of the gift will ultimately depend on how the funds are allocated and on the research projects, collaborations and training programs that emerge over time.

The award arrives as Hebrew University enters its second century and marks a moment of transition in its history. The university’s cornerstone was laid on Mount Scopus in 1918, seven years before it formally opened in 1925, and its founding vision involved figures including Albert Einstein and Sigmund Freud. The renamed campus thus connects a major contemporary investment with the institution’s origins. The university says its work has included more than 10,750 patents and major international distinctions, including ten Nobel Prizes, two Turing Awards and a Fields Medal. In 2026, it was ranked 89th globally in the Shanghai Ranking. Those institutional achievements provide context for the scale of the campaign, but the new gift is also forward-looking: its scientific significance will be measured by the people trained, laboratories strengthened, interdisciplinary programs created and problems solved in the years ahead.

For the research community, the most consequential feature of the donation may be its capacity to reduce fragmentation. Large multidisciplinary awards can support the infrastructure around individual discoveries as well as the discoveries themselves. In engineering and medicine, that can include shared facilities, advanced instruments, computing resources, data systems and specialized staff. It can also fund the less visible components of a research culture, such as fellowships, visiting scholars, pilot studies, training and collaboration across organizational boundaries. If the new faculty, medical initiatives, trauma programs and public-impact think tank are integrated effectively, the gift could create a connected pathway from education to investigation, from investigation to application, and from application to community benefit. The announcement does not yet provide outcome measures, and it makes no claim that particular medical advances or engineering breakthroughs have already resulted. Its immediate significance is instead the creation of substantial, long-term capacity at Hebrew University for conducting and applying high-impact science.

Subject of Research: A $250 million Hebrew University donation supporting engineering, medicine, trauma recovery and public-impact research.

Article Title: Historic $250 million gift from John Paulson to Hebrew University will advance engineering, medicine, and trauma recovery

Article References: Historic $250 million gift from John Paulson to Hebrew University will advance engineering, medicine, and trauma recovery. Original publication (Bibliographic details unavailable.)

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Keywords: Hebrew University, John Paulson, philanthropy, engineering education, biomedical research, trauma recovery, medical education, public impact, Jerusalem, research infrastructure, Historic, million