Fig. 1. Function scheme of the conformal metasurface invisibility cloak

Fig. 2. The concept of the conformal metasurface invisibility cloak.（a）the reflective wave of a metallic ground，（b）the reflective wave of a conformal metasurface invisibility cloak

Fig. 3. Meta-atom and electromagnetic（EM）response，（a）schematic of Meta-atom，（b）the reflection phase and amplitude of the meta-atom at 13 GHz for different incident angles

Fig. 4. The structure of conformal metasurface invisibility cloak，（a）forty different unit cells in one period，（b）the phase of meta-atoms for different locations，（c）the total structure of invisibility cloak，（d）three-layer different structures

Fig. 5. Far field and near field E-field distributions of three different objectives under normal incidence for x-polarized wave，（a，b，c）far field E-field distributions，（d，e，f）near field E-field distributions

Fig. 6. Far field and near field E-field distributions of three different objectives under oblique incidence of 15°for x- polarized wave，（a，b，c）far field E-field distributions，（d，e，f）near field E-field distributions

Fig. 7. Far field and near field E-field distributions of conformal metasurface invisibility cloak under oblique incidence of 0°and 15° for y- polarized wave，（a，b）far field E-field distributions，（c，d）near field E-field distributions

Fig. 8. Fabrication process of the conformal metasurface invisibility cloak

Fig. 9. （a）Far field experiment platform，（b）near field experiment platform

Fig. 10. The measured far field E-field results of cloak under oblique incidence of 0°and 15°for x-polarized（a，b）and y-polarized（c，d）wave

Fig. 11. The measured near field E-field results of invisibility cloak under normal incidence for x-polarized（a）and y-polarized（c）wave