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Images reveal orbital angular momentum of plasmons

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Images reveal orbital angular momentum of plasmons

Scientists have produced nanometer-sized plasmon swirls on a metal surface that can perform useful work.

Watching the orbital angular momentum of plasmons on a nanoscale

Watching the orbital angular momentum of plasmons on a nanoscale

Xstase Project

Xstase Project

Transferring orbital angular momentum of light to plasmonic excitations in  metamaterials

Transferring orbital angular momentum of light to plasmonic excitations in metamaterials

Arbitrary superposition of plasmonic orbital angular momentum states with  nanostructures

Arbitrary superposition of plasmonic orbital angular momentum states with nanostructures

Angular-momentum conversion from surface plasmon to electron spin in a

Angular-momentum conversion from surface plasmon to electron spin in a

Phyllotaxis-inspired nanosieves with multiplexed orbital angular momentum, eLight

Phyllotaxis-inspired nanosieves with multiplexed orbital angular momentum, eLight

Multidimensional Plasma Wake Excitation in the Non-linear Blowout

Multidimensional Plasma Wake Excitation in the Non-linear Blowout

Physics - Getting Plasma in a Twist

Physics - Getting Plasma in a Twist

Orbital angular momentum-excited surface plasmon resonance for liquid  refractive index sensing by photonic crystal fiber with high sensitivity  and wide detection range

Orbital angular momentum-excited surface plasmon resonance for liquid refractive index sensing by photonic crystal fiber with high sensitivity and wide detection range