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Simulations reveal Anderson transition for light in 3D disordered systems

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          🞛 This publication is a summary or evaluation of another publication 🞛 This publication contains editorial commentary or bias from the source
The Anderson transition is a phase transition that occurs in disordered systems, which entails a shift from a diffusive state (i.e., in which waves or particles are spread out) to a localized state, in which they are trapped in specific regions.
The article from MSN discusses a significant advancement in the field of physics, specifically regarding the Anderson transition in three-dimensional (3D) disordered systems. Researchers have utilized extensive computer simulations to explore how light behaves in such environments, where disorder can lead to the localization of light waves. The Anderson transition refers to the critical point where light transitions from being localized to diffusing freely through the medium. This study, published in *Optica*, provides insights into the nature of this transition, showing that in 3D systems, the transition is not as sharp as previously thought but exhibits a more complex behavior. The findings could have implications for technologies like solar cells, where controlling light propagation could enhance efficiency, and in the development of new materials with tailored optical properties.

Read the Full MSN Article at:
[ https://www.msn.com/en-us/science/physics/simulations-reveal-anderson-transition-for-light-in-3d-disordered-systems/ar-AA1z36a2 ]