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

The law of accelerating returns suggests that once a doubling pattern in technology starts, it continues indefinitely, leading to exponential growth.

The effective growth rate of technology is currently multiplying by about ten each year, which is a significant acceleration compared to linear growth.

The first problem with our approach to building large-scale computers is that Moore's Law is ending, which has been happening for a long time.

The rapid progression of chip technology from 14 nanometers in 2014 to projections of 1 nanometer by 2030 illustrates the extraordinary advancements in the field.

The decreasing cost of launching payloads into space resembles Moore's Law, indicating a future filled with innovative possibilities in space exploration.

Elon Musk mentioned that we're seeing a 100x increase in computational and algorithmic efficiencies per year, which aligns with the progress we've made in large language models over the past two years.

We envision a consumer electronics industry that is fundamentally different in 20 years, driven by a more efficient business model that benefits both the company and customers.

Framework has been growing more than double in revenue year-over-year for the last couple of years, which is unusual for a consumer electronics startup in a tough environment.