Abstract: A system and method are described for proactively performing key swaps among nodes in a quantum key distribution (QKD) network. The method includes determining a routing solution for nodes in the QKD network; making the routing solution available to the nodes in the QKD network; and initiating key swaps among the nodes in the QKD network according to the routing solution, prior to key requests being made within the QKD network. The method can also include continuously performing key swaps among the nodes in the QKD network according to the routing solution; detecting a change in capacity and/or a change in demand on one or more links within the QKD network; determining a new routing solution based on the detected change; and continuously preforming subsequent key swaps according to the new routing solution.

Abstract: A system and method are described for proactively performing key swaps among nodes in a quantum key distribution (QKD) network. The method includes determining a routing solution for nodes in the QKD network; making the routing solution available to the nodes in the QKD network; and initiating key swaps among the nodes in the QKD network according to the routing solution, prior to key requests being made within the QKD network. The method can also include continuously performing key swaps among the nodes in the QKD network according to the routing solution; detecting a change in capacity and/or a change in demand on one or more links within the QKD network; determining a new routing solution based on the detected change; and continuously preforming subsequent key swaps according to the new routing solution.

Abstract: Immunoassay methods employing capillary containers are provided. The immunoassays may be competitive or sandwich immunoassays, where fluorescently labeled conjugates are used. Sample suspected of containing analyte is combined with fluorescently labeled conjugate, as well as any additional reactants which may be required. At least a portion of the incubated sample is placed in a capillary container. The capillary container has, on at least one region of its inner surface, a binding member capable of complexing with the fluorescently labeled conjugate, either directly or indirectly. Fluorescently labeled conjugate not complexed to binding member is then washed from the capillary container. The complexed fluorescently labeled conjugate is detected by irradiating the capillary and measuring the emitted signal. The intensity of the emitted signal is indicative of the presence of analyte in the sample.