Emissive micro-ring resonators have been additively manufactured using femtosecond laser assisted non-linear photopolymerization of acrylate based resin in a single exposure step. Such optically active structures find...
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We report the fabrication of functionalized microresonator in a single step by using two-photon lithography. Surface-engineered carbon quantum dots have been used as a sensing material in the microresonators, exhibiti...
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ZnO nanopillar array was fabricated by femtosecond laser direct writing in ZnO quantum dots thin film. This work provides a facile method for patterning high permittivity nanostructures with tunable optical properties...
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We report a two-photon lithography-based fabrication of fluorescent nanostructures using carbon quantum dots incorporated in a photosensitive resin. These fluorescent micro/nanostructures serve as a platform for vario...
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We report a two-photon lithography-based fabrication of fluorescent micro/nanostructures using non-metal doped-carbon quantum dots incorporated with a photosensitive resin. These micro/nanostructures serve as a platfo...
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We report the fabrication of a miniaturized sensor by femtosecond laser-assisted two-photon lithography for the sensitive detection of Lead in water. Fluorescence turn-off or quenching was achieved at ppb levels. CLEO...
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We report the fabrication of a miniaturized sensor by femtosecond laser-assisted two-photon lithography for the sensitive detection of Lead in water. Fluorescence turn-off or quenching was achieved at ppb levels. ...
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The interplay of resolution and strength of submicron structures in femtosecond laser-based writing is an important parameter that has prominent effects on the designated applications. We have shown the strength-resol...
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Combination of single and two-photon polymerization have been exploited to generate laminated nanopatterned tags. A micro-QR code is fabricated using two-photon lithography, and the subsequent lamination is achieved v...
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