yeah what's with the faded blurb. This is an important slide to show where AXE sensors sit in the industry. I just managed to read 'QNAMI probe' and need a microscope to read what's under the red oblong blob. Below that in green, "Archer's carbon entitlement". Are we also now claiming carbon credits lol. Stranger things are possible.
The graph shows Archer's carbon films are way smaller than most of the current sensor technologies and has higher sensitivity than most. The only sensor tech with higher sensitivity than AXE is the Swiss company QNAMI's probe which is diamond vacancy magnetometry which according to this slide needs optical excitation aka lasers.
So we can expect the first use case for AXE TMR sensors is in microscopy. We are starting to differentiate within SETs into spin SETs. We can probably also do charge SETs as well since they have other use cases and can be very good with read out for 12CQ.
Overall Simon has mapped out not only a timeline of quantum development but also IMO AXE's engineering skill sets. From lab to fab. In today's tech landscape this is valuable.
AXE Price at posting:
26.0¢ Sentiment: None Disclosure: Held
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(20min delay)