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The present work studies quantum and classical correlations in three qubitsand four qubits general Bell states, produced by operating with braid operatorson the computational basis of states. The analogies between the general threequbits and four qubits Bell states and that of two qubits Bell states arediscussed. The general Bell states are shown to be maximal entangled, i.e.,with quantum correlations which are lost by tracing these states over onequbit, remaining only with classical correlations, as shown by HSdecomposition.

Quantum and classical correlations in Bell three and four qubits, related to Hilbert-Schmidt decomposition