07/12/2016 10:17:03
Robert Perkins
A technique that allows manmade DNA shapes to be placed wherever desired—to within a margin of error of just 20 nanometers—now removes a major hurdle for the large-scale integration of molecular devices on chips.
Microscopic Van Gogh
05/27/2016 08:17:49
Jessica Stoller-Conrad
A conversation with Stevan Nadj-Perge, assistant professor of applied physics and materials science, about using 2-D materials in the development of a device that could turn quantum computing concepts into usable technology.
Stevan Nadj-Perge
04/11/2016 17:08:07
A quarter of Earth’s population lacks access to reliable electricity, according to the U.N. Development Programme. More than half of those people have no electricity at all. For many, orbiting solar panels could be a solution.
02/08/2016 12:02:08
Lori Dajose
Researchers have discovered that tiny diatom shells have the highest specific strength of any biological material.
02/02/2016 11:56:58
Stacey Hong
Caltech board chair emeritus and longtime Compaq chairman Benjamin M. (Ben) Rosen (BS ’54) and his wife, Donna, have made a bequest commitment to advance scientific exploration at the intersection of biology and engineering.
09/18/2015 11:24:38
Lori Dajose
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.
08/31/2015 08:53:36
Ker Than
Caltech engineers have created flat devices capable of manipulating light in ways that are very difficult or impossible to achieve with conventional optical components.
05/08/2015 10:24:41
Adam Hadhazy
Caltech engineers have created flat microlenses with performance on a par with conventional, curved lenses. These lenses can be made using well-known methods for making computer chips, allowing their incorporation into electronics and other novel devices.
04/28/2015 10:02:33
Kathy Svitil
A sponsored research agreement with Northrop Grumman Corporation will provide Caltech up to $17.5 million over three years for the development of the Space Solar Power Initiative (SSPI), to enable a space-based solar power system.
04/24/2015 14:39:13
Kathy Svitil
Building on their creation of the first-ever mechanical device that can measure the mass of individual molecules, one at a time, a team of Caltech scientists and their colleagues have created nanodevices that can also reveal their shape.
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