Recently, Yang et al. introduces the twisting degree of freedom into nonlinear optics and demonstrates tunable second-order nonlinear optical response in twisted bilayer graphene. The results open a new route to future nonlinear photonic and optoelectronic applications.Peer reviewe
Optical nonlinearity is the change in the optical properties of an arbitrary medium excited by elect...
The nonlinear optical properties of graphene have received significant interest in the past years. E...
In the quest for ultrathin materials compatible with CMOS technology for all-optical signal processi...
Recently, Yang et al. introduces the twisting degree of freedom into nonlinear optics and demonstrat...
We explored how the introduction of twisting degree of freedom in two-dimensional materials can affe...
We present a study of the nonlinear optical response of twisted bilayer graphene. We discuss the con...
The demonstration of broadband, electrically tunable third-order nonlinear optical responses in grap...
Second order optical nonlinear processes involve the coherent mixing of two electromagnetic waves to...
Second order optical nonlinear processes involve the coherent mixing of two electromagnetic waves to...
Electrical tunability of the optical nonlinearity of graphene is demonstrated on a SiN platform usin...
We demonstrate that the broadband nonlinear optical response of graphene can be resonantly enhanced ...
Twisted bilayer graphene (TBG) exhibits many fascinating electronic and transport properties. Here w...
The first nonlinear-optical experiments with graphene date back over a decade, and a wide range of r...
Graphene twistronics using multilayer graphene is presented in such a way that it provides a metamat...
We present a comprehensive review of the optical response of graphene, in both the linear and nonlin...
Optical nonlinearity is the change in the optical properties of an arbitrary medium excited by elect...
The nonlinear optical properties of graphene have received significant interest in the past years. E...
In the quest for ultrathin materials compatible with CMOS technology for all-optical signal processi...
Recently, Yang et al. introduces the twisting degree of freedom into nonlinear optics and demonstrat...
We explored how the introduction of twisting degree of freedom in two-dimensional materials can affe...
We present a study of the nonlinear optical response of twisted bilayer graphene. We discuss the con...
The demonstration of broadband, electrically tunable third-order nonlinear optical responses in grap...
Second order optical nonlinear processes involve the coherent mixing of two electromagnetic waves to...
Second order optical nonlinear processes involve the coherent mixing of two electromagnetic waves to...
Electrical tunability of the optical nonlinearity of graphene is demonstrated on a SiN platform usin...
We demonstrate that the broadband nonlinear optical response of graphene can be resonantly enhanced ...
Twisted bilayer graphene (TBG) exhibits many fascinating electronic and transport properties. Here w...
The first nonlinear-optical experiments with graphene date back over a decade, and a wide range of r...
Graphene twistronics using multilayer graphene is presented in such a way that it provides a metamat...
We present a comprehensive review of the optical response of graphene, in both the linear and nonlin...
Optical nonlinearity is the change in the optical properties of an arbitrary medium excited by elect...
The nonlinear optical properties of graphene have received significant interest in the past years. E...
In the quest for ultrathin materials compatible with CMOS technology for all-optical signal processi...
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