Why We'll Never Build a Perfect Clock

The video explores the concept of time as an unsolved problem in physics, focusing on the impossibility of creating a perfect clock. It discusses time symmetry, entropy, and how clocks contribute to entropy. The trade-offs between clock accuracy and resolution are examined, with implications for computing and quantum computers. The video concludes with the potential impact of these limitations on future technologies.

How does the filtering process in the clock model help in measuring time?

Why is it important to consider both accuracy and resolution when measuring time in scientific experiments?

What is the fundamental limit mentioned in relation to the uncertainty principle and time measurement?

In what ways do quantum computers relate to the concepts of accuracy and resolution in time measurement?