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Author: Admin | 2025-04-28
The overall effect may be to act as a non-interfering 'splitter' gate.Alternately, if the single input carries a superposition of two signals (see NORG XORT, below) then this might be teased apart into two inputs, internally, processed (optionally making a new superposition of AND and OR results upon the separated inputs) and propagating onwards into two different and deliberately unentangled (but possibly still each superpositonal) outputs for further quantum processing.(There are no NOT-type or XOR-type elements to the diagram, yet it is notable as being a partially-rearranged anagram of "XNOR Gate".)GAND AteTwo inputs feed into an AND-style receiving end. The presumed output end features a mirrored XOR input design complete with two connections onwards.Assuming it still accepts inputs from the left and produces outputs to the right, it is possible this gate initially acts as an AND-gate to the inward pair but then (randomly?) generates output signals that would, as inputs to an XOR, produce the same output. That is, if both inputs are true then the two outputs are paired as one as true and one as false (in either order); for any other inputs both outputs are in the same and identical (not-specified) logic-state.(The name is a spoonerism of "AND Gate", but may not necessarily have any meaning beyond that.)XAND GortTwo inputs, unconventionally, feed into what is otherwise a perfectly standard NOT-symbol with the traditional single output.How a single NOT is intended to handle two inputs and merge them is not obvious. All obvious functions are already met
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