A research collaboration led by a Missouri S&T physicist has used a new computational process that increases the speed and scale of numerical simulations to observe a previously theorized emerging behavior of light. Despite over 40 years of research, it had remained unknown whether the phenomenon called Anderson localization could take place for the electromagnetic waves.
Read More »Light travels through opaque objects in random paths that are difficult to control but, thanks to new research by a team of physicists, light energy can be concentrated at a certain depth. This means that physicists could potentially target specific neurons or even early tumors inside tissue, which is known to usually strongly scatter light.
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