Plasticity in certain semiconductor materials at the nanoscale is actually linked to phase transformation rather than dislocation nucleation, as previously thought ...
Plasticity in certain semiconductor materials at the nanoscale is actually linked to phase transformation rather than dislocation nucleation, as previously thought.
... current, a magnetic characteristic of electrons, in the same way as electrical current, using a gallium-arsenide semiconductor material ...
... output power to milliwatt levels by optimizing the semiconductor nanostructure of the active region and by improving the extraction ... by stacking ultra-thin atomic layers of semiconductor materials on top of each other, are variable and tunable ...
Physicists have used a semiconductor material to create superimposed quantum dots that "trap" single electrons. Not only can these dots be studied with lasers ...
... the 'holy grail' in the field of plastic semiconductors by demonstrating a class of material that could make electrically-driven ... DVD players are currently based on inorganic semiconductor materials such as gallium arsenide, gallium nitride ...
... in a modulation-doped CdTe quantum well -- semiconductor material formed from cadmium and tellurium, sandwiched in a crystalline compound between two other semiconductor barrier layers. A doped quantum well ...
... between computing and communications." Excitons are created by light in a semiconductor such as gallium arsenide, which separates a negatively charged ... to form excitons in this structure). The operating temperature can be increased by choosing different semiconductor materials, the scientists ...
... from breast cancer to deteriorating eyesight. The recent experiments used quantum dots, fluorescent balls of semiconductor material just six nanometers across ...
... challenge is that such a process applied to conventional electronics leads to catastrophic mechanical fracture in the brittle semiconductor materials. Rogers and Huang got around ...
... quantum dots as a convenient source of entangled photons. Quantum dots are nanoscale regions of a semiconductor material similar to the material in computer processors but with special ...
... will require. The key to fabricating the sensors involves slightly degrading samples of a well-known semiconductor material, called indium antimonide, which is valued ...
... decade or so, the researchers said. Working with one of the purest semiconductor materials ever made, they discovered the quasi ... ." "This issue is academic, but it's not just academic. The same semiconductor materials we're working with are currently used in cellphones ...
... hopes to use SRC resources to study strain in other semiconductor materials, as well as to make measurements over smaller ... will enable us to determine strain-dependent band structure of all kinds of semiconductor materials," says Lagally ...
... gadgets that could result from magnetic data storage in a semiconductor material, which could then quickly process the data ... in Physics, but it is only recently that it has become conceivable for semiconductor materials. Semiconductors with magnetic properties would not only be able ...
