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We study semantic security for classical-quantum channels. Our securityfunctions are functional forms of mosaics of combinatorial designs. We extendmethods for classical channels to classical-quantum channels to demonstratethat mosaics of designs ensure semantic security for classical-quantumchannels, and are also capacity achieving coding scheme. The legitimate channelusers share an additional public resource, more precisely, a seed chosenuniformly at random. An advantage of these modular wiretap codes is that weprovide explicit code constructions that can be implemented in practice forevery channels, giving an arbitrary public code.

Mosaics of Combinatorial Designs for Semantic Security on Quantum Wiretap Channels