| Magnetic semiconductor (18) |  |
| Organic semiconductor (4) | |
| Semiconductor (85) | |
| Wide-bandgap semiconductor (5) | |
| Magnetic semiconductor (18) | |
| Organic semiconductor (4) | |
| Semiconductor (85) | |
| Wide-bandgap semiconductor (5) | |
A new generation of organic semiconductors may allow these kinds of flexible electronics to be manufactured at low cost,
what they are calling"an electron superhighway"in one of these materials--a low-cost blue dye called phthalocyanine--that promises to allow electrons to flow faster and farther in organic semiconductors.
Increasing the distance these excitons can diffuse--before they reach a juncture where they're broken apart to produce electrical current--is essential to improving the efficiency of organic semiconductors.
and Naveen Rawat G'15--opens a window to view how increasing"long-range order"in the organic semiconductor films is a key mechanism that allows excitons to migrate farther."
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