8 Comments
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Dave Sutton's avatar

Some in depth research there Charles, sadly most of it went over my head. I've already got numerous binary plays which isn't too healthy a position unless they all deliver

Charles Archer's avatar

Let’s hope your roulette wheel is feeling generous

Alan Wilson's avatar

Is this trading on OTC market DGQTF?

Alan Wilson's avatar

Must be worth a punt, I recently sold most of my dwave stock at 39.54 with an average cost of 1.76 so no stranger to quantum stock.

Charles Archer's avatar

Either a big winner or fails - but definitely worth having a position.

Hedge Fund Guy's avatar

Hi Charles Archer thanks for the great write up! I saw you mentioned “Delta Gold’s early ideas, and potential innovations may be interesting to third parties given the scale of investment in early stage research by other larger companies” and “they don’t need to build a working quantum computer. They just need to develop IP that’s valuable enough for the tech giants to license” and I was wondering if there is potential for a sale of the entire company?

Suman Suhag's avatar

Simple binary computing sequentially takes command data from memory and then performs the logical operations coded in the command data. The https://en.wikipedia.org/wiki/No-cloning_theorem) rules out this approach for quantum information.

The standard approach for quantum computing is as a flow of multiple qubits through a sequence of quantum gates.

In this model, a binary computer is used to control the selection of quantum gates and the initial input to the quantum pipeline.

While there would be no performance improvement obtained, computing in this way with only traditional computing elements would be by providing an auxillary box to which the programmer would send binary words and the box would process the binary words to produce logical outputs.

While this model would make no sense using traditional binary bits, the logic of qubits makes this format attractive for quantum computing because of the unique talent for quantum logic to process entangled information. Using quantum logic is like finding needles in a haystack without checking every straw.