The quantum world is fundamentally, inherently random. All measurements of quantum systems confirm this fundamental claim as a fact. It is ...

  Space is the thing in which interactions are local. We exist in a universe that function locally. It is our observation.  Why? Where local...

The many-worlds hypothesis is an interpretation of the quantum theory . According to many-worlds interpretations, the possibilities allow...

The quantum world is really strange. It looks like - particle exists in different places at the same time, - a particle can affect anot...

A proposal for an experiment to decide God does or doesn't play dice, and an argument questioning the indeterminacy of the quantum wo...

It is a common, yet, difficult-to-answer question: if we are going deeper and deeper into the matter, when will we leave our ordinary wor...

One of the biggest unresolved physics mysteries is the physics biggest mismatch also. The discrepancy is so huge that only mathematically...

There was a discussion in the earlier thoughts about Bell's inequality. This proven theory undoubtedly showed that the quantum wor...

The quantum world is fundamentally different from our everyday world. The quantum world behaves according to quantum physics, and our eve...

Why wouldn't have? Every electron is the same, isn't it? Of course, they have the same charge. The case is not that simple. Ele...

We have two different space interpretations, one for relativity, and one for quantum theory. The two approaches are different down to the...