-Particles are entangled because a quantum state is entangled (like the spin of an electron). This can only happen because of some form of interaction. They will probably find several new ways of how particles or objects can interact to form entanglement...this will give more info concerning the range of separation in which particles or objects can get entangled at.
-This concerns a model called Holographic Entangled Space time. According to this model...when you disentangle two regions in
There is something interesting that points to a causal relationship between energy (mass) and entanglement.
" In stark contrast to transport experiments, absorption of a single photon leads to an abrupt change in the system Hamiltonian and a quantum quench of Kondo correlations. By inferring the characteristic power law exponents from the experimental absorption line-shapes, we find a unique signature of the quench in the form of an Anderson orthogonality catastrophe, originating from a van