On quantum randomness and its implications - criticism of the Bell inequality violation
The quantum world is fundamentally, inherently random. All measurements of quantum systems confirm this fundamental claim as a fact. It is ...
The quantum world is fundamentally, inherently random. All measurements of quantum systems confirm this fundamental claim as a fact. It is ...
The quantum world is really strange. It looks like - particle exists in different places at the same time, - a particle can affect anot...
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...
Unquestionably, E=mc2 is the most famous equation of physics. It states the equivalence of mass and energy, it states that they are inter...
The grid model suggests explanations to cosmological problems, where the cosmic inflation model or any of the current Big Bang model has ...
The zero-energy universe hypothesis proposes that the total amount of energy in the universe is exactly zero: its amount of positive ene...
The general relativity theory is based on the observation that the gravity and the accelerating movement create the same effect. Alte...
Matter tells space-time how to curve According to the grid model , space itself is a solid structure of the grid particles. The "...
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...