Fiber optic communications are now being integrated with spatial light modulators (SLMs) for deep tissue imaging, overcoming optical scattering limitations. Multi-mode fibers (MMFs) are particularly advantageous due to their small form factor, minimizing tissue damage during biomedical imaging applications.

However, a key challenge in MMF-based imaging is that fiber manipulation introduces phase errors, which disrupt image clarity. To counteract this, high-speed SLMs are employed to correct phase distortions and precisely target excitation at the fiber output, enabling high-resolution optical imaging even in highly scattering environments.

This cutting-edge approach is transforming minimally invasive medical imaging, optical microscopy, and neuroimaging, opening new possibilities for real-time, high-precision deep tissue visualization.

Keywords: multi-mode fiber imaging, deep tissue imaging, spatial light modulators, phase correction, fiber optics, biomedical optics, optical microscopy, neuroimaging, minimally invasive imaging, high-speed SLM.