Whitney Clavin
Chemical and electrical engineers team up to create a new breed of microdevices for medical diagnostics.
Lori Dajose
Here are 15 stories highlighting a few of the discoveries, methods, and technologies that came to life at Caltech in 2015.
Jessica Stoller-Conrad
A new fuel additive developed by Caltech and JPL researchers could reduce the risk of postcrash fuel explosions.
Kimm Fesenmaier
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.
Kimm Fesenmaier
A team led by Caltech's André Hoelz has solved the architecture of the nuclear pore complex's complicated inner ring, a subcomplex that is central to the cellular machine's function. In the process, they disproved many previously held ideas about how the inner ring works.
Jessica Stoller-Conrad
A new solar fuel generation system, or artificial leaf, developed by researchers at JCAP safely creates fuel from sunlight and water with record-setting efficiency and stability.
Jessica Stoller-Conrad
By studying the effect of femtosecond laser pulses on the types of materials used to make DVDs, Caltech researchers made a discovery that could one day lead to better information storage in computers.
Kimm Fesenmaier
Caltech chemists develop a technique that could one day lead to early detection of tumors and less invasive testing.
Kimm Fesenmaier
Researchers figure out how protein-synthesizing cellular machines are assembled in a stepwise fashion.
Kimm Fesenmaier
New device created by Caltech chemists opens the door for many new applications in a variety of fields from astronomy to chemistry and beyond.
Ker Than
A nickel-oxide protective coating, developed by Caltech chemists, solves a major problem in the development of ways to harness sunlight to generate fuels.
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