Archives for Entanglement - Page 2
Quantum Entanglement and Teleportation
Entanglement and Local Hidden Variables (LHV) Entangled States and Wigner Functions: Entangled states with non-negative Wigner functions can be interpreted using local hidden variables (LHV). Bell's theorem indicates that quantum…
Product States in Quantum Mechanics
Also read - Creating Operators and Eigenvectors What are Product States? Product States are states of entangled particles - or particles that have interacted in some manner (some energy exchange).…
Wavefunction as a statistical ensemble of classical systems
We are used to the assumption that a wavefunction (in a sense) represents a classical ensemble of systems. This assumption, though helpful for certain scenarios ( simple hydrogen atom wave…
A framework to understand the root of entanglement
First read this - Wave or Particle or Neither? If indeed, a particle is a PROCESS (one in which several pulses combine to appear at a point and then dissolve…
The Wave Function Collapse and Reference Frames
Is the Simultaneous Collapse of the wave functions (of 2 entangled particles) in violation of Relativity? Not really. The collapse isn't a physical phenomenon. Even the originator of the wave…