Stokes skyrmions emerge spontaneously in second-harmonic generation in underdense plasmas driven by optical vortices, with plasma density gradients deforming the texture for topological diagnosis.
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An acoustic phononic crystal was engineered to host skyrmion-like topological edge states that propagate robustly along domain walls while locked to valley and orbital angular momentum degrees of freedom.
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Spontaneous optical skyrmion generation by frequency doubling in underdense plasmas
Stokes skyrmions emerge spontaneously in second-harmonic generation in underdense plasmas driven by optical vortices, with plasma density gradients deforming the texture for topological diagnosis.
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Acoustic quantum skyrmion-valley Hall effect
An acoustic phononic crystal was engineered to host skyrmion-like topological edge states that propagate robustly along domain walls while locked to valley and orbital angular momentum degrees of freedom.