Abstract :
Want to revolutionize the electronics industry, become a multimillionaire, and earn your place as an immortal in the tech pantheon? Your job is simple: Figure out a cost-effective way to make really good, reasonably large crystals of pure gallium nitride. With such crystals as the foundation for the growth of devices made of the same material, manufacturers would have a far richer yield of the violet lasers on which the optoelectronics industry increasingly depends. For example, the short wavelengths of these lasers are needed to read the hyperfine, data-rich line that rings the discs in Blu-ray players and in the latest game machines. Better gallium nitride would also let automakers make the power-handling circuitry in their hybrid electric vehicles more efficient, improving mileage and possibly even affordability. And with a fabulously good crystal foundation, LEDs could perform better, speeding the demise of the century-old incandescent bulb.
Keywords :
automobile manufacture; electronics industry; filament lamps; gallium compounds; hybrid electric vehicles; optoelectronic devices; Blu-ray players; LED; automakers; crystal foundation; gallium nitride; game machines; hybrid electric vehicles; incandescent bulb; optoelectronics industry; power-handling circuitry; violet lasers; Circuits; Crystalline materials; Crystals; Electronics industry; Gallium nitride; Hybrid electric vehicles; III-V semiconductor materials; Manufacturing industries; Optical materials; Ring lasers;
