Abstract: Methods, systems, and computer storage media for providing an insight capturing interface of an insight capturing engine in a data analytics system. The insight capturing interface refers to an interaction mechanism for capturing and aggregating answers from users. The responses are used to generate, identify, derive insights (e.g., relationship information) that correspond to features (e.g., user features, product features) associated with the responses. The insight capturing interface operates with the insight capturing engine to sequentially generate a combination of interface elements for retrieving the responses. In particular, the insight capturing engine operates to provide a survey (e.g., a perpetual survey) in which users continuously prompted with a pair of products to capture their insights, where the insights support generating inference models.

Abstract: In a quantum computing circuit forming a superconductive loop including a plurality of Josephson junctions, first and second superconductive magnetic flux quantum bit element (101, 102) are biased at a half-quantum magnetic flux, and have mutually different characteristic frequencies. A coupling superconductive magnetic flux quantum bit clement element (103) is located between the first and second superconductive magnetic flux quantum bit elements (101, 102) to perform parametric variable control between the element (101, 102) by supplying a microwave magnetic field pulse which is equal to the frequency difference between the elements (101, 102).

Abstract: There is provided a quantum computing circuit comprising first and second superconductive magnetic flux quantum bit elements (101, 102) and a coupling superconductive magnetic flux quantum bit element (103). The first and second superconductive magnetic flux quantum bit elements form superconductive loops including a plurality of Josephson junctions, are biased at a half-quantum magnetic flux, and have mutually different characteristic frequencies. The coupling superconductive magnetic flux quantum bit clement performs variable control between the elements (101, 102) in a parametric way by applying a microwave magnetic field pulse equal to the frequency difference between the elements (101, 102).