全球首个氮化镓量子光源芯片发布

Core Insights - The release of the world's first gallium nitride quantum light source chip marks a significant advancement for China in the field of quantum technology, providing essential hardware support for the development of quantum internet [1][2] - The chip, measuring only 0.14 square millimeters, achieves international advanced levels in key metrics such as emission range, brightness, and entanglement quality, demonstrating its potential despite its small size [1] - The chip overcomes technical challenges related to high-quality gallium nitride crystal film growth and scattering losses, expanding the output wavelength range from 25.6 nanometers to 100 nanometers, indicating potential for single-chip integration [1] Industry Implications - Quantum products, including the gallium nitride quantum light source chip, are expected to undergo multi-scenario technology validation by 2026, showcasing the chip's readiness for practical applications [2] - Gallium nitride's unique advantages in quantum light sources, such as high brightness and efficiency, position it well to meet the demands of quantum communication, enhancing information security to a quantum level for sensitive data transmission in sectors like finance and government [2] - The release of this chip not only represents a breakthrough for China but also offers new perspectives for global quantum technology development, with potential applications in artificial intelligence and biomedicine, addressing computational bottlenecks [2]