A method for operating a hearing aid, wherein a first input signal is generated from a sound signal by a first input transducer, wherein a second input signal is generated from the sound signal by a second input transducer, wherein a first angle (θ1) and an angle range (Δθ) are provided, wherein, in a frequency band-wise manner, - a directional attenuation signal is formed on the basis of the first input signal, the second input signal and the first angle (θ1), said directional attenuation signal having a relative attenuation at least for a second angle (θ2) located in the angular range (Δθ) around the first angle (θ1), and thereby determining a superposition parameter, - a directional amplification signal is formed on the basis of the first input signal and the second input signal, as well as on the basis of the superposition parameter and/or the second angle (θ2), said directional amplification signal having a relative amplification for the second angle (θ2), - an angle-enhanced directional signal is generated from the directional attenuation signal and the directional amplification signal, and - an output signal is generated on the basis of the angle-enhanced directional signal, wherein the directional attenuation signal and the directional amplification signal are respectively formed from the first input signal and the second input signal by a time-delayed superposition or from a linear superposition of intermediate signals (18, 20), each of which are respectively derived from the first input signal and from the second input signal, wherein for forming the directional attenuation signal, the signal level is minimized over the angular range (Δθ) around the first angle (θ1), thereby determining the second angle (θ2). wherein a first input signal is generated from a sound signal by a first input transducer, wherein a second input signal is generated from the sound signal by a second input transducer, wherein a first angle (θ1) and an angle range (Δθ) are provided, wherein, in a frequency band-wise manner, - a directional attenuation signal is formed on the basis of the first input signal, the second input signal and the first angle (θ1), said directional attenuation signal having a relative attenuation at least for a second angle (θ2) located in the angular range (Δθ) around the first angle (θ1), and thereby determining a superposition parameter, - a directional amplification signal is formed on the basis of the first input signal and the second input signal, as well as on the basis of the superposition parameter and/or the second angle (θ2), said directional amplification signal having a relative amplification for the second angle (θ2), - an angle-enhanced directional signal is generated from the directional attenuation signal and the directional amplification signal, and - an output signal is generated on the basis of the angle-enhanced directional signal, - a directional attenuation signal is formed on the basis of the first input signal, the second input signal and the first angle (θ1), said directional attenuation signal having a relative attenuation at least for a second angle (θ2) located in the angular range (Δθ) around the first angle (θ1), and thereby determining a superposition parameter, - a directional amplification signal is formed on the basis of the first input signal and the second input signal, as well as on the basis of the superposition parameter and/or the second angle (θ2), said directional amplification signal having a relative amplification for the second angle (θ2), - an angle-enhanced directional signal is generated from the directional attenuation signal and the directional amplification signal, and - an output signal is generated on the basis of the angle-enhanced directional signal, wherein the directional attenuation signal and the directional amplification signal are respectively formed from the first input signal and the second input signal by a time-delayed superposition or from a linear superposition of intermediate signals (18, 20), each of which are respectively derived from the first input signal and from the second input signal, wherein for forming the directional attenuation signal, the signal level is minimized over the angular range (Δθ) around the first angle (θ1), thereby determining the second angle (θ2).