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Courtesy of Caltech, Institute for Quantum Information and Matter - postdoc Erik HenriksenCourtesy of Nate Lewis - energy from sunlight researchCourtesy of Yan Liang and Lei Chen - Programmable Molecular TechnologyCourtesy of Lance Hayashida, Prof. Sossina Haile, Div. of Engineering & Applied Science, in lab with student Nina KrautwurstCourtesy of Caltech - Professor Jason AliceaCourtesy of Caltech Cryoelectron Microscopy Laboratory - segmented features from an ECT reconstruction of an H. neapolitanus cell
Expanding scientific knowledge

California Institute of Technology

Caltech pursues leading-edge science and technology research.

Before The Big Bang Theory, our founder Gordon Moore was positing his own theories at Caltech. As an alumnus and trustee of Caltech, he guided us to commit $300 million to support the institution in maintaining its position at the forefront of higher education and scientific research. Gordon and Betty Moore added a personal gift of $300 million, making Caltech the recipient of the largest donation ever to an institution of higher learning.

A gift of this magnitude has the power to transform an institution, fields of study and multiple research teams’ work.

The following are a few examples of what is happening at Caltech as a result of our support:

Institute of Quantum Information and Matter

Scientists are coming together from diverse academic fields to explore new frontiers in Quantum Information Science, which unites quantum physics and information science. Quantum physics has provided the scientific foundation for creating items from transistors to lasers, and in concert with information science, has resulted in modern computers and smart phones. At the IQIM, faculty, postdoctoral scholars and graduate students from across disciplines are collaborating to create phenomena that have not heretofore existed in nature and to extend the boundaries of knowledge.

Center for Analysis of Higher Brain Function

Our support created a state-of-the-art magnetic resonance imaging center for higher-brain research and non-invasive study, allowing Caltech researchers to delve deeper into and ask new questions about brain function. Projects span neuroscience, chemistry, engineering, physics and social science—and aim, ultimately, to gain an understanding of human consciousness.

Sunlight to Solar Fuels

Researchers at Caltech are working on a critical problem for an energy-dependent human population: how to bring about artificial photosynthesis to generate fuel from an abundant, renewable source. This grand challenge requires cooperative research among scientists from chemistry, biology, physics and materials science and engineering. But at its core, it’s a fundamental question of chemistry: how can we oxidize water to generate oxygen, protons and electrons, and then shuttle the protons and electrons derived to make hydrogen or some other fuel?

Center for Ultrafast Science and Technology

Building on the expertise and partnerships of Caltech’s faculty across physics, chemistry and biology, this funding created the Center for Ultrafast Science and Technology and is strengthening the role of the physical sciences in biology. Research focuses on fundamental, groundbreaking studies of molecular complexity, the development of the technology of ultrafast imaging and its applications to systems of physical, chemical and biological function. 

Recent Grants

$100,000.00 Aug 2013 Solar Decathlon California Institute of Technology
$7,500,000.00 May 2012 Programmable Molecular Technology Initiative California Institute of Technology
More Grants
Courtesy of John Dabiri, Caltech Center for Bioinspired Engineering


Aanika Carroll, Program Associate, Science

Aanika provides strategic, research and operational support for the Science Learning portfolio. She also supports the Caltech and Thirty-Meter Telescope commitments. Previously, she helped launch the…

Dusan Pejakovic, Ph.D., Program Officer, Science

Dusan helped launch the foundation’s Emergent Phenomena in Quantum Systems Initiative, whose aim is to promote the discovery and understanding of materials in which strong interactions between c…