Moore's Law indicates that computing power is increasing rapidly, allowing for more complex computations in smaller devices, which is essential for AR.

The deployment phase of AR will see an explosion of applications across various industries once the necessary infrastructure is in place.

The hardware for augmented reality needs to become more lightweight, but there are significant engineering and physics challenges to fit all necessary components into a small form factor.

The future of AR will depend on advancements in power efficiency and the ability to create applications that are data-hungry, requiring robust network connections.

I believe that the future of AI will be closely tied to devices like AR glasses, which can interact with users in a more immersive way than current screens.

AI will play a critical role in the development of augmented reality, making interactions more seamless and intuitive.

The future of augmented reality glasses powered by AI will create a seamless interaction with the world, similar to smartphones.

Augmented reality (AR) is a culmination of many fields, requiring expertise in computer vision, graphics, and real-time engineering to create immersive experiences.

The future of education will be transformed by AR wearables, allowing for immersive learning experiences that enhance engagement and understanding.