Discover how this groundbreaking approach to uncooled, tunable infrared detection using graphene could revolutionize everything from night vision to space exploration.
Yes—a new silicon-based material survives high-energy particle beams, manages energy flow, and enables access to extreme electromagnetic fields created via quantum electron gas oscillations or vibrations.
Waveguides play a vital role in commercializing augmented reality (AR) glasses—but their performance must go beyond optics to improve power efficiency, durability, and scale cost-effectively.
