Hybrid optical transport trap: loading and unloading of microscale objects using a microfabricated optical fiber into optical tweezers (original) (raw)

Complex Light and Optical Forces V, 2011

Abstract

High throughput analysis of trapped samples requires effective loading and unloading into the trap in a microfluidic environment. We demonstrate development of a hybrid optical transport trap (HOTT) which combines a tapered fiberoptic 2D trap for transport of microscopic objects into and out of the optical tweezers trap in an orthogonal geometry. For small cone angle of the tip, the

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