In this episode, the speaker explores how the classical world can emerge from the quantum world at a fundamental level, emphasizing the importance of taking quantum mechanics seriously to derive the classical world from it, rather than starting with a classical theory and quantizing it.
The Many-Worlds Interpretation is a better starting point for modeling space-time because its lack of classical baggage allows us to better understand the quantum field, quantum gravity, holography, and other modern physics concepts.
As we begin to realize that space-time is not the fundamental reality, and gain technologies based on structures beyond space-time, there may be practical implications similar to the way that quantum mechanics are used to make things work, regardless of how they work.
The economic cost of developing and maintaining quantum computers is yet to align with the usefulness of them, however, experts like Kenric have an open mind about their potential solutions to complex problems. The engineering work to develop these computers includes compilers and architectures that are yet to be explored.
Theoretical physics community has been more focused on theories and not empirical evidence, but experimental evidence is necessary to get a proper theory of everything in physics, which will help in understanding black holes and how they eventually evaporate.
The podcast host critiques "The Secret" book's lack of scientific explanation regarding the manifestation process and wonders about the amount of time it takes for manifested desires to come to fruition.