An　inter-cavty　contact　single　mode　850　nm　VCSEL　was　fabricated　with　a　graphene　assisted　self-assembly　curved　dielectric　bubble　Bragg　mirror　for　the　first　time.　Taking　the　advantage　of　graphene＇s　uniform　low　surface　energy,　the　low　cost　dielectric　bubble　DBR　(Si3N4/SiO2)　was　deposited　on　top　of　the　graphene/half-VCSEL　structure　via　van　der　Waals　Force　(vdWF)　without　using　any　additional　spacing　elements　and　sacrificial　layer　release-etch　process.　The　continuous-wave　operating　VCSELs　with　an　aperture　diameter　of　7　mu　m　exhibit　single-mode　output　power　of　more　than　1　mW　with　a　slope　efficiency　of　0.2　W/A.　The　sidemode　suppression　ratios　are　＞40　dB.　This　novel　modification　into　the　lasers　can　also　be　applied　to　a　variety　of　other　optoelectronic　devices,　such　as　resonance　photodetecter　and　super　narrow　linewidth　VCSEL.　(C)　2017　The　Authors.　Published　by　Elsevier　B.V.