Spurious Correlation: Patterns in Noise
Search enough data and you will find relationships that mean nothing.
Search enough data and you will find relationships that mean nothing.
Toss a fair coin a few times and the results are erratic; toss it many times and the fraction of heads settles near one half.
Is the world's apparent chance real, or merely hidden order we cannot trace? The question divides deterministic systems that only look random from processes that may be random at the root.
We build systems of axioms and rules hoping to capture a domain completely and mechanically.
Throw something into a black hole and it seems to vanish, and when the hole slowly evaporates, its information appears lost forever.
A quantum system need not be in one state or another but can be in a blend of both, in a way that has no classical picture.
Between measurements, a quantum system evolves smoothly through many possibilities at once.
Imagine a tiny being that sorts fast molecules from slow, seeming to create order for free and defy the second law.
Of all the paths a system might take between two moments, it follows the one that makes a certain quantity least.
In a huge web of connections, any two nodes may be surprisingly close.