Disorder, which qualitatively describes some measure of irregularities in spatial patterns, is
ubiquitous in many-body systems, equilibrium and non-equilibrium states of matter, network …

Nearly a decade ago, transverse Anderson localization was observed for the first time in an
optical fiber with a random transverse refractive index profile. This started the development …

Our society's appetite for ultra-high bandwidth communication networks and high-power
optical sources, together with recent breakthroughs in mode multiplexing/demultiplexing …

The famous demonstration of optical rogue waves (RWs), a powerful tool to reveal the
fundamental physics in different laser scenarios, opened a flourishing time for temporal …

Synthetic photonic lattices provide unique capabilities to realize theoretical concepts
emerging in different fields of wave physics via the utilization of powerful photonic …

We demonstrate a fully flexible, artifact-free, and lensless fiber-based imaging system. For
the first time, this system combines image reconstruction by a trained deep neural network …

We present a randomly disordered silica-air optical fiber featuring a 28.5% air filling fraction
in the structured region, and low attenuation below 1 dB per meter at visible wavelengths …

Compact microendoscopes use multicore optical fibers (MOFs) to visualize hard-to-reach
regions of the body. These devices typically have a large numerical aperture (NA) and are …

Disordered optical fibers show novel waveguiding properties, enabled by the transverse
Anderson localization of light, and are used for image transport. The strong transverse …

We demonstrate a deep-learning-based fiber imaging system that can transfer real-time
artifact-free cell images through a meter-long Anderson localizing optical fiber. The cell …