Add to ORKGWe demonstrate conical diffraction in photonic Lieb lattices in fused silica glass. In contrast to Dirac fermions in photonic graphene here the conical intersections with flat band in lattice spectrum support eigenstates with integer pseudospin
We theoretically demonstrate that a type-II class of tilted Dirac cones can emerge in generalized tw...
It is recognized that for a certain class of periodic photonic crystals, conical dispersion can be r...
Abstract. We analyze the transport of light in the bulk and at the edge of photonic Lieb lattices, w...
Band structure singularities occur in 2D photonic lattices when two or more bands intersect at a poi...
Pseudospin describes how waves are distributed between different “internal” degrees of freedom or mi...
The Lieb lattice and the kagome lattice, which are both well known for their Dirac cones and flat ba...
We study wave dynamics in honeycomb photonic lattices, and demonstrate the unique phenomenon of coni...
We study wave dynamics in honeycomb photonic lattices, and demonstrate the unique phenomenon of coni...
We study linear and nonlinear wave dynamics in the Lieb lattice, in the vicinity of an intersection ...
It is known that interface states are not guaranteed at the interface between two two-dimensional ph...
Existence of out-of-plane conical dispersion for a triangular photonic crystal lattice is reported. ...
The extraordinary electronic properties of Dirac materials, the two-dimensional partners of Weyl sem...
We study experimentally a fine structure of the optical Laue diffraction from two-dimensional period...
We propose the realization of a grating assisted tunneling scheme for tunable synthetic magnetic fie...
We show how one may obtain conical (Dirac) dispersions in photonic crystals, and in some cases, such...
We theoretically demonstrate that a type-II class of tilted Dirac cones can emerge in generalized tw...
It is recognized that for a certain class of periodic photonic crystals, conical dispersion can be r...
Abstract. We analyze the transport of light in the bulk and at the edge of photonic Lieb lattices, w...
Band structure singularities occur in 2D photonic lattices when two or more bands intersect at a poi...
Pseudospin describes how waves are distributed between different “internal” degrees of freedom or mi...
The Lieb lattice and the kagome lattice, which are both well known for their Dirac cones and flat ba...
We study wave dynamics in honeycomb photonic lattices, and demonstrate the unique phenomenon of coni...
We study wave dynamics in honeycomb photonic lattices, and demonstrate the unique phenomenon of coni...
We study linear and nonlinear wave dynamics in the Lieb lattice, in the vicinity of an intersection ...
It is known that interface states are not guaranteed at the interface between two two-dimensional ph...
Existence of out-of-plane conical dispersion for a triangular photonic crystal lattice is reported. ...
The extraordinary electronic properties of Dirac materials, the two-dimensional partners of Weyl sem...
We study experimentally a fine structure of the optical Laue diffraction from two-dimensional period...
We propose the realization of a grating assisted tunneling scheme for tunable synthetic magnetic fie...
We show how one may obtain conical (Dirac) dispersions in photonic crystals, and in some cases, such...
We theoretically demonstrate that a type-II class of tilted Dirac cones can emerge in generalized tw...
It is recognized that for a certain class of periodic photonic crystals, conical dispersion can be r...
Abstract. We analyze the transport of light in the bulk and at the edge of photonic Lieb lattices, w...