The concurrence is an example of a class of functions that quantify this property, its namesake “monotones.” The bond dimension quantifies the extent of this property in tensor networks, such as the 1D MPS and higher-dimensional P·E·P·S. Area laws state that the “entropy” of this property grows with the size of the boundary between subsystems. States have this property if they cannot be decomposed as a (*) product state. Applying (-5[1])a Hadamard (-5[1])gate (10[1])followed by a C·NOT (10[2])gate produces (10[1])a pair of qubits (“Q-bits”) with (10[1])this property (10[2])called a Bell state. (10[3])This property appears to (10[1])allow information to travel faster (10[2])than (10[1])light (10[1])in the EPR paradox. (10[1])For 10 points, name this property possessed by two quantum states (10[1])that (-5[1])cannot be described independently, which Einstein called “spooky action at a distance.” (10[1])■END■ (10[1]0[1])