Centers and institutes

The Azrieli National Institute for Human Brain Imaging and Research funds studies in the physiology, biochemistry, and functioning of the human brain and on brain diseases, toward devising improved therapies and cures. The Azrieli Institute will work in concert with the new Israel National Center for Brain Imaging and Stimulation, a government-funded entity to be led the Weizmann Institute and in partnership with the Technion and Sourasky Medical Center.

The David Barton Center for Research on the Chemistry of Life was established to support basic research and innovative directions in biological chemistry with a focus on proteins as chemical catalysts or building blocks.

The Arthur and Rochelle Belfer Institute of Mathematics and Computer Science focuses on ensuring the continuity of scientific research and collaboration being carried out in the Faculty of Mathematics and Computer Science.

The Nella and Leon Benoziyo Center for High Energy Physics focuses on understanding how particles get their mass, an historical challenge for physicists. Among other projects, the center funded Weizmann Institute scientists searching for the Higgs boson at the Large Hadron Collider (LHC) particle accelerator at the European Organization of Nuclear Research (CERN) in Switzerland.

The Nella and Leon Benoziyo Center for Neurological Diseases promotes research and understanding of the molecular basis of neurological diseases, including developmental disorders of the brain, e.g., fragile X syndrome and Down syndrome, as well as neurodegenerative diseases of the aging brain.

Braginsky Center for the Interface between Science and the Humanities provides funding for projects that focus on the intersection of science and humanities such as neuroscience and psychology; and chemistry and archaeology.

The Dimitris N. Chorafas Institute for Scientific Exchange supports international scientific conferences at the David Lopatie Conference Centre on the Weizmann Institute campus, with the aim of enriching intellectual exchange and solidifying the Weizmann Institute’s role as a world hub of scientific research.

The Clore Institute for High-Field Magnetic Resonance Imaging and Spectroscopy supports research questions spanning across all realms of science – from physiology and biochemistry in cells, tissues, animals, and humans; to the structure and dynamics of chemicals and biomolecules; to studies of advanced and new materials. The Institute also develops methods for high-field magnetic resonance imaging (MRI) and data processing, as well as technologies for exploring related phenomena.

The Crown Human Genome Center supplies experimental and computational genetic information knowledge to the academic, medical, and biotechnology communities in diagnostics, agriculture, genetic diseases, drug development, and gene therapy. It is a vital part of the strategic infrastructure that has increased Israel’s capacity to use the vast information resulting from the worldwide Human Genome Project. With its many collaborators, the center also has been a major partner in conducting groundbreaking research to investigate the human genome.

The de Botton Center for Marine Science funds research on the oceans and, in particular, the Mediterranean Sea, toward an integrated understanding of the processes that govern the Sea’s interactions with the atmosphere and its biogeochemistry.

The André Deloro Research School of Physical Science is part of the charitable legacy of French builder and visionary, André Deloro and the Adelis Foundation he created. It provides enrichment and an extra level of support for graduate students in the physical sciences throughout their years at the Weizmann Institute’s Feinberg Graduate School.

The de Picciotto Cancer Cell Observatory in Memory of Wolfgang and Ruth Lesser offers Weizmann’s scientists services in the field of advanced optical imaging and image analysis, using the state-of-the art technologies in the field. It is a part of the Moross Integrated Cancer Center (MICC).

The Mel Dobrin Center for Nutrition focuses on increasing plant productivity and nutritional quality through improved understanding of plant genetics, biochemistry, and physiology.

The Solo Dwek and Maurizio Dwek Research School of Chemical Science works hand in hand with the Faculty of Chemistry at the Weizmann Institute to enhance the education of graduate students in chemistry. It was created by two brothers, Maurizio and Solo and their families in 2008.

The Carl and Micaela Einhorn-Dominic Institute for Brain Research supports research on human diseases at the molecular level including studies addressing biochemical mechanisms that underlie the major threats to human health, such as cardiovascular defects, cancer, and infectious diseases.

The EKARD Institute for Cancer Diagnosis Research, part of The Moross Integrated Cancer Center (MICC), provides a supportive framework for leading researchers working on novel ways to achieve early detection of cancer, which may help clinicians provide more accurate diagnoses and identify specific molecular signatures. Early detection and diagnosis of cancer can greatly improve the medical community's ability to control the outcome of therapy, offer the most effective treatment, and avoid useless and often harsh methods of combating the disease.

The Center for Experimental Physics fosters research in all areas of experimental physics, ranging from the most basic aspects of particle physics to experimental studies of basic material properties such as semiconductors and superconductors. Research also involves atomic, molecular, plasma and optical physics and interdisciplinary studies of the physics of biological systems.

The Maurice and Gabriela Goldschleger Center for Nanophysics advances theoretical and experimental research in nanophysics and is fueled by the success of the research on mesoscopic physics, a sub-discipline of condensed matter physics that deals with materials of an intermediate length scale. The scale of such materials can be described as being between the size of a quantity of atoms, such as a molecule, and of materials measuring microns.

The Nancy and Stephen Grand Research Center for Sensors and Security develops new types of sensors and ways to improve the sensitivity and accuracy of sensing methods. These include biosensors, biomedical sensors, and experimental technologies needed to make sensors smaller, more accurate, and capable of detecting minute quantities of substances noninvasively.

The Gruber Center for Quantum Electronics supports research on the behavior of electrons in matter. The study of quantum electronics is enabling the miniaturization of technology and the development of the transistors and integrated circuits of tomorrow. As the size of devices shrinks and reaches the nanometer scale, the effects of quantum mechanics on electrons becomes more pronounced and, eventually, determines their electronic properties.

The Dana and Yossie Hollander Center for Structural Proteomics elucidates how proteins are arranged in space, which informs how proteins function and how dysfunctional proteins lead to various diseases; and lead to the design of new drugs, diagnostic tests, proteins engineered for industrial use, vaccines, antibodies, and other blood products, biosensors, agrochemicals, and biologically engineered organisms. The Center is a national service provider.

The Morris Kahn Institute for Human Immunology is dedicated to understanding acquired immunity, i.e. how the immune system protects the body from invading pathogens. The center focuses on investigating cellular and molecular interactions that underlie the antibody mediated immune response against infectious pathogens, in response to vaccination and during intestinal immune response. In addition, our scientists harness the emerging new findings for the design of immunotherapeutic strategies. By elucidating the cellular and molecular components involved in successful immune responses, we aim to pave the way for new approaches for manipulating the immune system and direct it against tumors.

The Ilse Katz Institute for Material Sciences and Magnetic Resonance Research advances research utilizing magnetic resonance (MR) and advancing MR technology. Institute scientists have made major inroads advancing theoretical work on the basic quantum mechanical principles underlying MR, devising a wide variety of new materials, research techniques and medical applications.

The Aharon Katzir-Katchalsky Center was established in 1972, following the tragic death of Aharon Katzir-Katchalski at the hands of terrorists, as a living memorial. The Center promotes activities in physical biology and macromolecular science and in such other areas of science that fall within the wide-ranging interests of Aharon Katzir-Katchalski, especially the impact of scientific and technological advances on human society.

The primary aim of the Helen and Martin Kimmel Center for Archaeological Science is to train students at the PhD level in both the natural sciences and archaeology, enabling them to implement the most sophisticated analytical tools and methods in studies of ancient cultures based on their material remains.

The Helen and Martin Kimmel Center for Molecular Design supports scientific activities (including international conferences) focused on molecular design. In particular, the Center provides seed funding for research projects encompassing diverse aspects of molecular design, with particular emphasis on interdisciplinary collaborations. Research supported by the Center includes, but is not limited to, development of functional materials based on metal–ligand coordination (van der Boom group), fluorescent molecular sensors for protein detection (Margulies group), polyoxometalate-based catalysts (Neumann group), stimuli-responsive molecules and materials (Klajn group), chemical reaction networks (with implications for synthetic biology and origins of life) (Semenov group), new sensors for magnetic resonance imaging (Bar-Shir group), pincer-type organometallic catalysts (Milstein group), sustainable materials self-assembled from small-molecule building blocks (Rybtchinski group), as well as development of new methods in computational quantum chemistry (Martin group), uncovering the molecular mechanisms underlying the function of retinal proteins (Sheves group), and computational design of biologically active small-molecule compounds (London group).

The Helen Kimmel Center for Planetary Science nurtures novel collaborations in planetary surface geology and geophysics, planetary geochemistry and exobiology, planetary atmospheres and climate, and extrasolar planets. It enables a graduate studies program in planetary sciences, and enables the Weizmann Institute to take a leading role in national and international space research initiatives.

The Helen and Milton A. Kimmelman Center for Biomolecular Structure & Assembly advances research on the assembly of biological macromolecules into functionally active intracellular units and organelles. It supports research projects in nucleic acids and protein expression and purification, crystallization, and crystallographic data collection, the area in which Prof. Yonath’s research won her the Nobel Prize.

The Ida Kohen Center for Mathematics supports activities within the Faculty of Mathematics and Computer Science.

The Dr. Erhard, Emmi and Fred Loewinsohn Center for Pediatric Health advances research on childhood and congenital diseases.

The Charles W. and Tillie K. Lubin Center for Plant Biotechnology supports research on plant growth and productivity which could be later applied for improving crops. The center’s work is helping in a variety of ways to address important global challenges such has hunger, malnutrition, sickness, and environmental challenges.

The Ben May Center for Chemical Theory and Computation brings together theoretical and computational chemists to study the fundamental properties of atoms, molecules, and chemical reactions, using advanced algorithms, quantum mechanics, and thermodynamics. Research conducted with the support of the Ben May Center may inform the design of more productive and efficient manufacturing processes, and the characterization of new compounds and materials.

The Belle S. and Irving E. Meller Center for the Biology of Aging advances research on the pathology of aging, including the immune system, the vascular system, connective tissues, and more.

The Minerva Foundation, the Hebrew University of Jerusalem and the Weizmann Institute of Science established the Avron-Minerva center for Photosynthesis in 1995. The center promotes research in the chemical, physical, technological and regulatory aspects of photosynthesis from the molecular to the global level.

The Albert Einstein Minerva Center for Theoretical Physics fosters research on theoretical physics with an emphasis on collaborations between Weizmann Institute scientists and German scientists. Research ranges from the most abstract aspects of string theory, through astrophysics, to down-to-earth problems in optics and statistical and condensed-matter physics.

The Minerva Center for Decision-Making Strategies in Microorganisms – was established in 2015 and is dedicated to research in probabilistic decision making in bacteria and budding yeast.

The Minerva Center on Live Emulation of Evolution in the Lab was formed in 2014 to conductscientific research in the fields of evolution, genomics and systems biology. The modelorganisms studied in particular are microbial species, worms and humans.

The Gladys Monroy and Larry Marks Center for Brain Disorders brings together neuroscientists to investigate multiple levels of brain injury and neurodegenerative diseases. Its goal is to develop new approaches to address the complexity and challenges of diseases such as Parkinson's, Alzheimer's, Huntington's, and ALS, in addition to psychiatric and developmental disorders such as depression and autism.

Moross Research School of Mathematics and Computer Science was created by in 2009 by Manfred Moross and his family to help with the needs of graduate students in these key areas of science and mathematics.

The Israel National Nano Technology Initiative Center is part of the Israel National Nanotechnology Initiative run jointly by the Ministry of Economy and TELEM. It supports nanoscience and nanotechnology activities, mainly through the purchase of new shared equipment.

The Jeanne and Joseph Nissim Foundation for Life Sciences Research enables scientists in the Institute to advance cutting-edge biomedical research with the hope that such investigations will lead to real medical applications. The center recruits exceptional new scientists and funds the purchase of biomedical research equipment, and supports leading scientific research.

The Max Planck Society - Weizmann Institute of Science Research Center (MPS-WIS) for Integrative Archaeology/Anthropology advances research on archaeology through the integrated use of laboratory methods.

The Dr. Karl and Leila Ribstein Center for Information Technology supports and enhances the integrated, campus-wide computing and communications networks of the Weizmann Institute, in recognition of the essential role of sophisticated computer infrastructure in all aspects of modern science and administration.

The Sagol Institute for Longevity Research promotes the interdisciplinary investigation of phenomena associated with human aging and longevity. Institute activities include studies related to neurobiology, metabolism, nutrition, and cardiovascular diseases.

The Vera and John Schwartz Family Center for Metabolic Biology supports the research of the Metabolic Profiling Unit (MPU), which works to identify and monitor metabolites. Its goal is to advance diagnostic, treatment, and new strategies for disease prevention.

The Center for Scientific Excellence oversees endowed funds and gifts to give grants to established researchers with exciting new ideas.

The David and Fela Shapell Family Institute for Preclinical Studies supports preclinical projects in which the G-INCPM is involved. The Shapell Family Institute forwards its goal by providing the needed equipment, manpower, and resources for conducting preclinical-related research at the G-INCPM.

The Sussman Family Center for the Study of Environmental Sciences funds investigations involving complex inter-relationships among the major Earth systems and toward the discovery of novel, non-polluting energy sources.

The Swiss Society Institute for Cancer Prevention Research sponsors initiatives for a non-conventional approach to fighting cancer, by focusing on finding innovative and groundbreaking research methods and tools and by building an interactive community of scientists.

The Harry and Jeanette Weinberg Center for Plant Molecular Genetics supports research understanding the molecular genetics of plants, and thereby contributes to addressing important global challenges such as hunger, malnutrition, sickness, and environmental concerns.

The Wertheimer Center for Computational Biology facilitates the historical transition of the biological sciences toward Big Data-driven research and information-centered integration of experiments and theory. Serving as analysts, educators, and mediators between the departments in which they work and the Nancy and Stephen Grand Israel National Center for Personalized Medicine, the Center’s computational biology experts advance the Weizmann Institute’s leadership in the new era of information-centric biology and its numerous applications in precision medicine.

The Willner Family Center for Vascular Biology focuses on the regulation of vascular processes in healthy and diseased states, including in cancer. Since dysregulation of vascular processes causes many human diseases such as heart failure, stroke, and cancer, research findings are leading to the development of early diagnosis tools and therapies.

The Women's Health Research Center bridges the gap between basic research and clinical studies in women’s and gender health-related issues. The center primarily supports research projects pertinent to ovarian function and infertility, gender-specific malignancies, and bone structure and development as related to osteoporosis.