Method for increasing the perception of acoustic events, in particular, for increasing musical emotionality, wherein - vibrations derived from an acoustic event and correlated with the acoustic event are transmitted to the skin of a person by means of vibration transmitters, - the vibration transmitters are spatially distributed at positions in a specified arrangement on the skin, - by means of controller, to which an input signal reproducing the acoustic event is supplied, control voltages are determined, and the vibration transmitters are each controlled using one of the determined control voltages to generate a vibration that is perceptible on the skin, - a basic spectrum is determined from the frequency spectrum of the acoustic event and the basic spectrum is divided into sub-spectra, each comprising a frequency range of the basic spectrum, - the control voltages are derived from the frequency range of at least one assigned sub-spectrum, - there is an assignment between the frequency layers of the control voltages and the positions of the vibration transmitters and/or between the sub-spectra and the positions of the vibration transmitters, - the amplitude course of the input signal in the non-perceptible frequency range of an oscillation voltage in the perceptible frequency range is superimposed as an amplitude course and this is supplied to the vibration transmitters as control voltage, and - a selection amplifier separates the non-perceptible from the perceptible frequency range and comprises a dynamic operating point setting in such a way - that a rectified output signal of the amplifier is fed back in phase opposition via a temporal delay stage to the amplifier input, whereby a gain, which depends on the variability of the input signal in the non-perceptible frequency range, is achieved, and - that the amplitude course of the output signal of the amplifier generated in this way is superimposed, as an amplitude course, to an oscillator voltage in the perceptible range, which is then used as control voltage for the vibration generators. - vibrations derived from an acoustic event and correlated with the acoustic event are transmitted to the skin of a person by means of vibration transmitters, - the vibration transmitters are spatially distributed at positions in a specified arrangement on the skin, - by means of controller, to which an input signal reproducing the acoustic event is supplied, control voltages are determined, and the vibration transmitters are each controlled using one of the determined control voltages to generate a vibration that is perceptible on the skin, - a basic spectrum is determined from the frequency spectrum of the acoustic event and the basic spectrum is divided into sub-spectra, each comprising a frequency range of the basic spectrum, - the control voltages are derived from the frequency range of at least one assigned sub-spectrum, - there is an assignment between the frequency layers of the control voltages and the positions of the vibration transmitters and/or between the sub-spectra and the positions of the vibration transmitters, - the amplitude course of the input signal in the non-perceptible frequency range of an oscillation voltage in the perceptible frequency range is superimposed as an amplitude course and this is supplied to the vibration transmitters as control voltage, and - a selection amplifier separates the non-perceptible from the perceptible frequency range and comprises a dynamic operating point setting in such a way - that a rectified output signal of the amplifier is fed back in phase opposition via a temporal delay stage to the amplifier input, whereby a gain, which depends on the variability of the input signal in the non-perceptible frequency range, is achieved, and - that the amplitude course of the output signal of the amplifier generated in this way is superimposed, as an amplitude course, to an oscillator voltage in the perceptible range, which is then used as control voltage for the vibration generators. - that a rectified output signal of the amplifier is fed back in phase opposition via a temporal delay stage to the amplifier input, whereby a gain, which depends on the variability of the input signal in the non-perceptible frequency range, is achieved, and - that the amplitude course of the output signal of the amplifier generated in this way is superimposed, as an amplitude course, to an oscillator voltage in the perceptible range, which is then used as control voltage for the vibration generators.