Robert Perkins
By mixing metal ions and organic ligands, a team led by Julia Greer has developed a process for the 3-D printing of metal structures that are smaller than ever before.
Robert Perkins
An international team, led by Chiara Daraio, uses techniques from quantum mechanics to create a system for engineering how metamaterials will interact with waves.
Robert Perkins
Engineers at Caltech have developed a way to encode more than one hologram in a single surface with no loss of resolution.
Whitney Clavin
Striped patterns of electrical charges may help crack mystery of high-temperature superconducting materials.
Robert Perkins
Caltech team found why high-energy electrons can leak out of an LED before emitting light, leading to efficiency loss.
Robert Perkins
Engineers used the flow of water over a crystal plate to generate a stable ring of plasma without a vacuum chamber or electromagnetic fields to contain it.
Robert Perkins
Intense neutron beams force metallic glasses to give up one of their secrets: the source of a huge increase in entropy at the glass transition.
Emily Velasco
Xiaoyue Ni, a grad student who works in the lab of Caltech engineer Julia R. Greer, a Caltech professor of materials science and mechanics has made sensitive measurements of how materials respond to deformation.
Robert Perkins
Engineers create nanoscale light detectors capable of distinguishing between different colors.
Robert Perkins
Electrons excited by a laser diffuse through a material 1,000 times faster than their room-temperature counterparts, study shows.
Robert Perkins
Engineers and scientists experimentally observe surface twisting in thrust faults that can momentarily rip open the earth's surface.
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