Electromagnetic musical instrument frequency conversion systems and related methods

A computer program embodied on a computer readable medium, the computer program comprising computer readable program code for:

• receiving an input audio signal having a first input audio queue, a second input audio queue, and a third input audio queue;
• generating an EM excitation signal based on the first input audio queue, the second input audio queue, and the third input audio queue;
• applying the EM excitation signal to an EM musical instrument;
• and
• converting two or more of the EM excitation signals substantially contemporaneously, wherein samples ready for audio output from each conversion are mixed together based on user-provided weights.

A method of generating electromagnetic (EM) music, the method comprising:

• receiving an input audio signal having a first input audio queue, a second input audio queue, and a third input audio queue;
• generating an unmodulated EM excitation signal based on the first input audio queue, the second input audio queue, and the third input audio queue;
• applying the EM excitation signal to an EM musical instrument;
• measuring a response of the EM musical instrument to generate a measured response;
• discarding samples of the measured response between two time marks;
• and
• joining the new measured response sample to an output queue.