- Flexible Funding
- Graduate Fellowships
- Undergraduate Scholarships
- Postdoctoral Fellowships
- Faculty Support
- Student Experience
- Earthquake Science and Engineering
- Energy and the Environment
- Financial Economics
- Human Health
- Innovation and Entrepreneurship
- Next-Generation Astronomy
- Planetary Science
- The Quantum Future
Break Through: The Caltech Campaign will ensure the ability to explore and innovate for Caltech, its researchers, and the students who represent the future. The campaign will raise funds to support three key objectives:
1) Enable Caltech to Take Smart Risks
2) Provide an Exceptional Educational Experience
3) Seed and Support High-Impact Research Areas
Use the drop-down menu to explore campaign priority areas and view stories of impact.
Caltech dedicated the newly renovated Ronald and Maxine Linde Hall of Mathematics and Physics on January 31, 2019.
When Caltech’s Nadia Lapusta creates computer models of earthquakes, she must integrate an astonishing range of data—on scales from thousands of kilometers down to microns and from millennia down to thousandths of a second. That’s because to understand the big and slow, she needs to understand the tiny and fast. “Large-scale earthquake ruptures—even those around 8 on the Richter scale—are ultimately happening in very narrow layers of granulated rock,” she says. In fact, where one side of a fault moves against the other, those layers are powdered so thin that a stack of a thousand grains would equal the thickness of a credit card. And although a fault can go eons between destructive quakes, the first slip that kicks off the shaking can take place in a blink.
Mars is Earth’s next-door neighbor, yet the Red Planet is utterly alien—frozen, arid, and roiled by massive dust storms. However, this was not always so. Data sent back from Mars, by JPL’s robotic explorers, paint the picture of two planets that once may have been much more similar. Woody Fischer, Caltech professor of geobiology, is helping to decode the history hidden in Mars’ rocky terrain.