A Trojan approach to guide and trap light beams via Lagrange points

Reliably guiding and capturing optical waves is central to the functioning of various contemporary technologies, including communication and information processing systems. The most conventional approach to guide light waves leverages the total internal reflection of optical fibers and other similar structures, yet recently physicists have been exploring the potential of techniques based on other physical mechanisms.

Dynamic control of hybrid grafted perfect vector vortex beams

Trojan Photons: Trapping Light in Nowhere Land using Lagrange points - USC Viterbi

Signals, Free Full-Text

Transverse spin forces and non-equilibrium particle dynamics in a circularly polarized vacuum optical trap

Non-invasive three-dimension control of light between turbid layers using a surface quasi-point light source for precorrection

Exploring quantum electron highways with laser light

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The radial component of the electric field Eρ for the M = 2 Bessel beam

A Trojan approach to guide and trap light beams via Lagrange points

Which Lagrangian point between Earth and Sun or Earth and Moon would be the best for an ETI to park an observational probe? Have Earth probes or telescopes ever surveyed any Lagrange

Guiding Trojan light beams via Lagrange points

Trojan Photons: Trapping Light in Nowhere Land using Lagrange points - USC Viterbi

Guiding Trojan light beams via Lagrange points

New technique to trap soundwaves and light on a chip in large-scale circuits

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