Replies to post #24442 on Quantum Materials Corp. (fka QTMM)

[Solar_Express]

Gantor Read Business Overview for Star Park Lab and Reactors Arrival 2014 from the 10Q. Stickied and in the I-Box.

QD Production gearing up "funding" and LANL Stable Giant QD with our TQD will be a winner..

Nice to see you my friend :)

[crunch55]

There are more than just this board of investors aware that the company is in receipt very soon of manufacturing equipment to produce TQDs and gTQDs.This equipment should equate to contracts IMO as they no longer will appear as the boy who cried wolf...proof of concept may be what it takes to close a deal.Its my experience that pre good news share prices always climb as its impossible to keep information from leaking out.Art said we were ahead of schedule so I will assume that to be so which gets this about as close as you can to investing at a dime or under from here on out.Good luck however you play it....long for the foreseeable future myself...

[ih8aloss]

These are the reasons as stated by DDHawk as to the possible reasons why:
Quantum Materials Corp's Giant Tetrapod Quantum Dots (GTQD's) are:
[1] 10 to 100X brighter & remain
[2] highly stable (luminescent & non-blinking) for much longer (comparative) metrics (if not indefinitely) at a
[3] higher light output with less heat generation , which
[4] extends product service life. QMC has effectively mitigated the troubling
[5] 'aggregation' problem all other QDot manufacturers have stumbled-on (as Steve basically mapped-out in his LinkedIn comment today). For most intents & purposes, our giant thick-shelled CdSe TQD's could be considered
[6] non-toxic (below ROHS levels) due to having a far lower CdSe (heavy metals) content and needing less with better results while being
[7] heavily encased within the durable 6 to 19-layer thick,
[8] selectivity/uniformity enhanced end-product nano-particle shell....all of which takes place in the
[9] low-cost
[10] automated micro-reactor process on
[11] an industrial scale , which FlowId has already expeditiously adapted to our
[12] newly acquired GTQD tech. And as an added bonus , these GTQD's are able to be made
[13] application-specific & the higher stability allows for a
[14] greater 'on' time , which results in a much higher number of
[15] MEG (multiple exciton generation) reactions , particularly when
[16] interspersed onto sheets of graphene... MEG; the holy grail of renewable energy...producing more energy than is being taken in.
[17] overcoming the 'photobleaching' effect
[18] overcoming the Stokes Shift limitations
[19] overcoming the auger recombination effect
[20] customized arm lengths for specific apps
[21] customized arm chemistry for electro & pharma-chemical reactive apps
[22] multiple arms for a far greater series of effects & apps than spherical QD's

By Daves count, that made 22 unique & formidable characteristics/attributes that put QMC GTQD's head-&-shoulders above the competition.
They also might have looked at some of the patent applications, which are coming in every day and researched the issued patents. That alone is enough to peak ones interest in the technology. The fact, if one is interested in investing in the technology, they really are limited in where they can go to capitalize on the niche market of quantum dots. Having the expectations of the production capacity shortly at the company lab could be another reason. It could be as simple as they figured out it is better to get in early rather than later. It's hard to stop a moving train to get on board once it gets moving. It's not the answer as to why now but it might be some of the reasons why.
Bill