Paired　one-and　two-dimensional　metallic　nanostructures　are　created　directly　by　exposing　a　thin　gold　film　to　the　interference　pattern　between　ultraviolet　laser　pulses,　where　the　gold　film　is　coated　onto　a　soft　substrate　and　is　sandwiched　by　another　soft　slab.　Metallic　films　in　the　bright　fringes　are　melted　and　transformed　into　nanodroplets　that　are　ejected　onto　the　soft　slab　forming　stretchable　nanoisland　structures.　The　pattern　of　the　remaining　films　is　coincident　with　the　dark　fringes.　Thus,　complementary　metallic　nanostructure　pairs　were　fabricated　using　a　single　laser　pulse.　Fano　resonance　can　be　observed　in　the　spectroscopic　response　of　the　fabricated　nanostructures　for　TM　and　TE　polarizations　simultaneously.　This　nanofabrication　technique　may　provide　an　annealing-free　approach　for　the　fabrication　of　flexible　metallic　nanostructures　on　a　large　scale　and　with　low　cost.　(C)　2015　Optical　Society　of　America