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Keywordssuper-hydrophobic surfaces; single molecule detection; biosensors; nano-optics; nanosensors; nanoporous silicon; electroless deposition; microlenses; microlens arrays; compound eye; tunable lenses; hydrogels; liquid crystal; microlens; polymer; blue phase liquid crystal; fabrication techniques; lithography; microlens; polymer; UV curing; hybrid integration; large field of view; broad spectrum; minimum chromatic aberration; cylindrical lens; bio-inspiration; microlenses; microlens arrays; compound eye; tunable lenses; hydrogels; microlens; microfluidic; laser; PMMA; lab-on-a-chip; optics; lens; electrowetting; liquid; ball lens; microscope; oil immersion lens; microlens; stereo microscope; high resolution imaging; add-on module; optofluidics; microfabrication; Kerr effect; microlenses; polarization independent; liquid crystal; blue phase; n/a
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