Multipartite quantum secret sharing using not-so-weak qubits

We propose a new quantum secret sharing scheme using two non-entangled qubits. In the scheme, by transmitting the two pulses to the next party sequentially, a sender can securely transmit a secret message to JV receivers who should decode the message cooperatively after randomly shuffling the polarization of the photons. We explain this quantum secret sharing scheme between a sender and two receivers, and generalize the scheme between a sender and N receivers. Since our scheme is able to use faint coherent pulses as qubits, it is experimentally feasible within current technology.