Systems and methods for an imaging device

A camera system, comprising:

• a light source configured to emit light in one or more wavelength ranges;
• a beam splitter positioned to split the emitted light into a reference beam and a transmission beam;
• a spatial light modulator positioned to modulate the transmission beam;
• an aperture though which the transmission beam traverses en route to an object, and where an object beam formed from light reflected off the object is configured to travel back through the aperture;
• a partially-reflective mirror positioned between the aperture and the object;
• and
• a detector configured to receive an interference between the reference beam and the object beam.

A method for a camera system, comprising:

• activating a light source of the camera system to direct a transmission beam to an object to be imaged;
• activating an ultrasound element of the camera system to transmit ultrasound signals to the object to be imaged, where the ultrasound signals focus the transmission beam at the object;
• detecting, with a detector, an interference pattern generated between an object beam and a reference beam of the camera system, the object beam comprising light from the transmission beam that has reflected off the object;
• and
• generating a hologram based on the detected interference pattern.