A method, comprising: assigning at least one of a set of symbols to a first carrier of a set of N carriers, and assigning an antipodal representative of said at least one of said set of symbols to a second carrier of said set of N carriers for multicarrier modulation, the method being characterized in that: a complex conjugate representative of said at least one of said set of symbols, which is associated with said first carrier, is assigned to a third carrier, and a complex conjugate representative of said antipodal representative, which is associated with said second carrier, is assigned to a fourth carrier, and wherein said set of N carriers is associated with a set of N carrier frequencies, wherein each carrier frequency is represented by f i with index i ∈ {0, 1,...,N -1}, and wherein said carrier frequencies f i are arranged via index i by an increasing order of said carrier frequencies, and wherein a carrier frequency of said first carrier is represented by f k with k ∈ {0,1,..., N -1}, and wherein a carrier frequency of said second carrier is represented by f i, wherein l ∈ {0,..., N- 1} and l ≠ k holds; and wherein a carrier frequency f N -l- k, is associated with said third carrier and wherein a carrier frequency f N -1- l is associated with said fourth carrier. assigning at least one of a set of symbols to a first carrier of a set of N carriers, and assigning an antipodal representative of said at least one of said set of symbols to a second carrier of said set of N carriers for multicarrier modulation, the method being characterized in that: a complex conjugate representative of said at least one of said set of symbols, which is associated with said first carrier, is assigned to a third carrier, and a complex conjugate representative of said antipodal representative, which is associated with said second carrier, is assigned to a fourth carrier, and wherein said set of N carriers is associated with a set of N carrier frequencies, wherein each carrier frequency is represented by f i with index i ∈ {0, 1,...,N -1}, and wherein said carrier frequencies f i are arranged via index i by an increasing order of said carrier frequencies, and wherein a carrier frequency of said first carrier is represented by f k with k ∈ {0,1,..., N -1}, and wherein a carrier frequency of said second carrier is represented by f i, wherein l ∈ {0,..., N- 1} and l ≠ k holds; and wherein a carrier frequency f N -l- k, is associated with said third carrier and wherein a carrier frequency f N -1- l is associated with said fourth carrier. a complex conjugate representative of said at least one of said set of symbols, which is associated with said first carrier, is assigned to a third carrier, and a complex conjugate representative of said antipodal representative, which is associated with said second carrier, is assigned to a fourth carrier, and wherein said set of N carriers is associated with a set of N carrier frequencies, wherein each carrier frequency is represented by f i with index i ∈ {0, 1,...,N -1}, and wherein said carrier frequencies f i are arranged via index i by an increasing order of said carrier frequencies, and wherein a carrier frequency of said first carrier is represented by f k with k ∈ {0,1,..., N -1}, and wherein a carrier frequency of said second carrier is represented by f i, wherein l ∈ {0,..., N- 1} and l ≠ k holds; and wherein a carrier frequency f N -l- k, is associated with said third carrier and wherein a carrier frequency f N -1- l is associated with said fourth carrier.