a scanning laser ophthalmoscopy (SLO) system comprising a SLO detector and a SLO light source, wherein the SLO light source is configured to generate light for passing from the SLO light source through an SLO optical pathway for SLO imaging;

an optical coherence tomography (OCT) system comprising an OCT detector and an OCT light source, wherein the OCT light source is configured to generate light for passing from the OCT light source through an OCT optical pathway for OCT imaging;

a therapeutic laser configured to generate a therapeutic laser light for passing through a therapeutic laser delivery optical path and delivering at least a portion of the therapeutic laser light to an ophthalmological target;

a spatial light modulator (SLM) device arranged in the therapeutic laser delivery optical path to modulate the therapeutic laser light, wherein the SLM device is configured to split the therapeutic laser light into a plurality of therapeutic laser light beams for simultaneous delivery of the therapeutic laser light beams to a plurality of target locations; and

at least one processor for determining the plurality of target locations and controlling the SLM device to modulate the therapeutic laser light for treatment of floaters in the vitreous humour of the ophthalmological target,

wherein the SLM device is configured to control one or more characteristics of the therapeutic laser light to adapt the therapeutic laser light for increased coverage of or application to the floaters for treatment in the vitreous humour, the one or more characteristics being at least one of: a shape, a lightwave phase, a lightwave polarization, a wavefront tilt, a diffraction, a wavefront helicity, and an orbital angular momentum order.