Caltech undergraduate students returned to campus this week, many after spending the summer working at companies in biotechnology, technology, and finance, among other fields. These students have had the opportunity to learn firsthand about the career opportunities and paths that may be available to them after graduation.
The GROWTH network aims to keep astronomers and telescopes unbeaten by sunrise as they study exotic events, such as supernovae. The effort, led by new-faculty member Mansi M. Kasliwal, just received funding under the NSF's Partnerships for International Research and Education program.
Caltech geochemist Clair Patterson (1922–1995) helped galvanize the environmental movement 50 years ago when he announced that highly toxic lead could be found essentially everywhere on Earth, including in our own bodies—and that very little of it was due to natural causes.
The Caltech–Japan Internship Program was started in 1994. As interns, students collaborate on industrial projects with Japanese companies, usually living in company-owned dormitory housing. They are immersed in Japanese business culture while simultaneously honing their language skills.
The atoms that make up metallic glasses lack the orderly lattice structure present in most other crystalline solids. Researchers have now shown that within randomly packed clusters of atoms, a fractal pattern emerges at the scale of two atomic diameters.
The key to any healthy relationship is communication. Two types of microbes near the ocean floor use direct electron transfer to coordinate their symbiotic relationship—which results in the consumption of large amounts of methane from deep ocean vents.
The Advanced LIGO, twin observatories designed to detect gravitational waves, begins full-scale operations this week after a 7-year overhaul. The new detectors are 10 times as powerful as their predecessors.
New imaging method allows researchers to simultaneously identify dozens of molecules within individual cells and could offer insight into how cells are organized and interact in normal and diseased tissue.
Broadly neutralizing antibodies (bNAbs) are thought to be the future for treating and preventing HIV infections. A bNAb recently characterized by Caltech researchers can neutralize HIV in different states—increasing the antibody's promise as a therapeutic.