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That’s just given their projected revenue for 2019 from the India licensing agreement. Future earnings from the India licensing deal pushes us higher or another agreement pushes us higher.
I’d be ok with making it to a dime on next $500k, sitting there for awhile then moving up further.
Cooling down? Yes. Share price has stabilized above 5 cents.
I’d prefer this slow steady gain over a price spike. It should lead to more stable price long term.
I’m sure there are those awaiting further news for confirmation of more revenue or tech progress before they buy more.
I too am waiting on the next PR.
While technical correct that Amtronics is paying QMC, the deal is with Amtronics, but Amtronics partner and the one paying is Amtron, Indian Assam state government department.
I’m quite certain the federal government or Assam state government is releasing funds to Amtron through normal approval processes for projects. Amtron is paying Amtronics and then Amtronics is paying QMC.
That’s a lot of bodies and approval processes to navigate across multiple organizations of which most are government entities.
If it’s like any other government, it moves at snail speed.
QLED brighter than original 4 times ... ETRI, original technology development (Google Translation)
2019-04-16 09:29:49
QLED device Quantum dot surface replacement technology to release electron-hole imbalance 4.5 times brightness, 1.7 times current
Korea researchers have succeeded in developing technologies that can dramatically improve the performance of QLEDs, a next-generation display device that follows organic light emitting diodes (OLEDs). Korea Electronics and Telecommunications Research Institute (ETRI) has developed a technology to improve the injection efficiency of QLED (Quantum-dot Light Emitting Diode) to change the molecular structure of the surface of QDED to improve the brightness, current and power efficiency of QLED. Said in a statement. QLED is a display technology using quantum dots that are light emitting semiconductor particles. If OLEDs use organic materials, QLED uses quantum dots instead of organic materials. Recently, demand for display that reproduces colors close to nature has been increasing, so that interest in QLED technology capable of providing the widest color gamut is increasing, but QLED technology has a problem of electron-hole transport imbalance in the light emitting layer. According to the researchers, the devices constituting the QLED display emit electrons and holes injected from both electrodes to emit light at the quantum dots. Electrons are free to move up and down, but in the case of holes, the transfer between the electrode and the quantum dot energy is slow and difficult to move. This electron-hole imbalance problem requires research to reduce the performance of the quantum dot light-emitting diode and to shorten the lifetime of the device.
This time, the ETRI team solved the imbalance problem by replacing the portion of the hole with a material called pyridine, by placing a quantum dot on the light emitting layer that shines brightly on the display.
By replacing pyridine with an organic compound of cyclic structure, the distance between the quantum dots and the hole transport layer is reduced, and the intermediate energy layer is formed, so that holes can be moved easily and quickly.
In addition, the intermediate energy layer makes it possible to transfer the holes more smoothly, thereby enhancing the efficiency in which electrons and holes meet and emit light. Although electrons and holes must be present in one layer at the same time, only electrons can move smoothly and electrons can not follow them. In addition, when the holes are injected further, additional problems arise in addition of voltage. However, the researchers were able to move the holes freely and smoothly without additional voltage, allowing them to emit light at lower voltages, and significantly improved brightness and current efficiency compared to existing devices. "The principle of bright light is that electrons meet a lot of electrons with fast mobility because of fast hole movements even at the same voltage as OLED," he said. "It has 4.5 times the brightness, 1.7 times the current efficiency and 2.3 times the power efficiency Quantum dot light-emitting diodes. " In particular, this technology can be equally applied to quantum dots of all colors of red, green, and blue (RGB), which is expected to be of great help in commercializing QLEDs in the future.
This technology, developed by the team, was selected as a cover paper for the March issue of the Journal of Materials Chemistry, a leading international journal in the field of materials, in recognition of its excellence.
http://www.newsis.com/view/?id=NISX20190415_0000621435
Graphene and related material inks improve solar cells
16 April 2019
Researchers from the Graphene Flagship have developed hybrids of graphene and molybdenum disulphide quantum dots to stabilise solar cells.
Imagine the environmental benefits if we could all simply paint solar cells onto the roof of our houses, or onto any surface for that matter. We could do this using perovskite solar cells (PSC), but, due to their instability, they have not yet been widely introduced. Now, researchers from the Graphene Flagship have developed hybrids of graphene and molybdenum disulphide quantum dots to stabilise PSCs.
Progress in PSCs means that they are primed to become an affordable and flexible solar cell option for smart, low-intensity applications. This is because PSCs are less complex to produce, are made with cheaper materials and, due to their flexibility, can be used in locations where traditional silicon solar cells cannot be placed.
A collaboration between the Flagship Partners Istituto Italiano di Technologia, University of Rome Tor Vergata, and BeDimensional resulted in a novel approach based on graphene and related materials to stabilise PSCs.
PSCs are improving fast. When they were first developed in 2009, they had an initial efficiency of 3.8%. Today, they can achieve efficiencies above 22%. In comparison, silicon solar cells have been around since 1880, only reaching efficiency levels of 26.1% in 2018.
The main weakness of PSCs is their instability. This is where the molybdenum disulphide quantum dot/graphene hybrids come into play. The collaboration between research institutions and industrial partners enabled by Graphene Flagship, yielded a graphene related material (GRM) based ink. Layering this over the PSCs saw them drastically increase the stability.
Graphene was central, as molybdenum disulphide was anchored to reduced graphene oxide. This allowed for both materials’ properties to be applied and the ink not only increased the stability but also the performance of the PSC.
“The Graphene Flagship was central to this development,” explained Professor Emanuel Kymakis, work package deputy leader for energy generation. “The funding and structure that was put in place were key to allowing new research teams to take part, such as the University of Rome Tor Vergata.
“Thanks to this research, we have overcome a major hurdle to adopting this new technology,” continued Professor Kymakis. “With the new levels of stability and performance, we could see the mass adoption of PSCs in the next few years.”
Once the PSCs stability is solved, attention can focus on scaling up production. Manufacturing PSCs requires solution processing, that can be ramped up to an industrial scale. Due to the flexibility, PSCs can be applied to nearly any surface and produce electricity.
Stable PSCs could change the way we power our homes and devices, as every available surface could be made to generate electricity.
Andrea C. Ferrari, Science and Technology Officer of the Graphene Flagship and Chair of its Management Panel added: "the potential of graphene and related materials to improve solar cells has been recognised since the beginning of the Flagship. Their combination with the emerging field of perovskite solar cells now allows a crucial step forward in stability. This validates the major investments in spearhead projects on solar cells done by the Flagship and paves the way for the novel solar farm we will develop by 2020."
http://www.dpaonthenet.net/article/170486/Graphene-and-related-material-inks-improve-solar-cells.aspx
I like the way you're thinking. I've had similar thoughts on share price rise expectations.
The March 19 PR stated the pickings were being poured and tearing was in progress. Testing for construction concrete involves pouring casting of concrete from the same batches as the pilings, letting it dry for 28 days, and then testing the break strength.
I assume they continued excavation or other activities while waiting for results to allow them to continue.
Yes, but someone else can beat you to the punch.
Looks similar, but still just application from what I can see.
To note their LED composition is very specific to content and color:
NEWS | APR 11, 2019
U.S. Naval Research Lab develops quantum dot polymer for next-gen screens — interested?
Groundbreaking technology available for manufacturing, sales of new and improved electronics
U.S. Naval Research Laboratory scientists have developed and patented the fabrication of transparent, luminescent material they say could give smartphone and television screens flexible, stretchable, and shatterproof properties.
The material is a thiol–yne nanocomposite polymer tailored to hold light-emitting quantum dots, tiny semiconductors whose size and composition can be precisely tuned to produce bright, clear, and energy-efficient colors.
According to a study published by the lab’s Optical Sciences Division in March 2018, the thiol-yne polymer binds strongly to the quantum dots with a novel ligand and has a uniform distribution throughout the matrix. The material can be polymerized by ultraviolet light or thermal curing.
On Thursday, the U.S. Patent and Trademark Office published the Navy’s patent application, listing inventors Darryl Boyd, Michael Stewart, Kimihiro Susum, Euknkeu Oh, and James Wissman.
“Our invention creates a material with tailorable optical properties, which are dependent on the monomers used in the prepolymer formulation and/or depending on the Quantum Dots incorporated into the prepolymer,” states the patent application, which included a photo of a tiny gecko that was created with the prepolymer resin and a 3D printer.
In collaboration with the laboratory’s technology transfer office, TechLink is helping privates businesses access the government-funded research for commercial applications.
TechLink’s Austin Leach, a certified licensing professional, has been in contact with the lab and is excited to see the technology transition into the electronics marketplace.
“Functionalized quantum dots produce color properties that make displays brighter and more realistic,” Leach said. “Just think about the millions of mobile phones, flat-screen TVs, and touch screen devices in the world — this could also make them stronger and more energy efficient.”
Licensing related inquiries can be sent to Austin Leach at austin.leach@montana.edu or by telephone at 406-994-7707.
U.S. Patent Application 20190106624
https://techlinkcenter.org/u-s-naval-research-lab-develops-quantum-dot-
polymer-for-next-gen-screens-interested/
We drop half a penny and your screaming wolf?
It's a similar reversal that we saw a week ago when we hit 5.5. Volume slowed down and ASCM is on the bid and ask. Same story different day.
Oh the technicalities that clearly impact share price and sales. ;)
How long have you been here? lol
Did you expect perfection?
I didn't say they invented placing something in resin.
I'm sorry, what were we arguing about?
Where is the actual quote in a PR or the shareholder update?
Every reference I've found so far, they don't call it remote phosphor on chip.
Nearly everywhere I've looked, they call it remote phosphor QD-LED solution or application.
I disagree.
A standard LED has a phospors on the chip and these phospors emit the light.
What QMC has done taken and existing LED and enhanced it's output by using resin to cover a layer of qdots over the LED, thereby coining it remote phosphor.
I interpret their intent to say remote "on-chip" to be acceptable coinage of their approach. Qdots are remotely placed on an LED chip via a resin.
In previous PRs on the LED milestone performance progress, they called it " remote light emitting diode (LED) application."
Steve also calls it QD-LED remote phosphor in the shareholder update.
I think your making too big a deal of coinage of new approaches.
What part is not being understood? I keep hearing this advantage for taking royalties related to price reductions for qdots.
There is not avoidance of price reduction for qdots. Prices will continue to fall over time. The royalty will get less as qdot prices decline.
It's simple math.
If QMC gets 5% royalty from qdot production in India and India is selling the qdot for $12 per gram to their end user, QMC only gets $0.60 per gram.
If prices decline further to $10/gram, QMC only gets $0.50 per gram.
There is not protection from prices falling for any good that is sold to consumers.
I think it’s more marketing. Like Samsung called their sets QLED.
QMC’s tech is on the LED which is on the chip, but in a resin over the LED. Why not market it as such?
May 15. Quarter ended in March with 45 days to submit report.
Nice to be floating in the 5 cent range solidly for a week while we wait for next round of news.
Who knows.
ASCM is back on ask and bid. When that happened over a week ago, we saw the reversal.
For us, it's only short if news doesn't keep flowing.
MOMENTUM & GROWTH
Quantum Materials Corp (OTCMKTS: QTMM) Bulls Eyeing Fresh Highs
ByJim BloomPosted on April 10, 2019
Shares of Quantum Materials Corp (OTCMKTS: QTMM) have registered impressive gains ever since the company received an initial license for a large-scale quantum dot production in India. The license opens the door for the company to leverage its IP and begin generating revenues in India.
QTMM SHARE PRICE ANALYSIS
The company’s India licensing partner has already commenced construction of a new 12,000 sq. Ft. facility as it eyes large-scale manufacturing of quantum dots and thin-film quantum dot solar cells. Investor’s reaction to the development has been positive, depicted by a spike in trading volume in the market.
Quantum Materials is currently trading in a steep uptrend pullback having emerged as support level from where the stock has continued to climb the ladder. A spike to the $0.05 level has opened the door for the stock to make a run for 52-week highs of $0.07 level.
Conversely, pullbacks in the short term would have to contend with support at the $0.04 mark, above which the stock remains bullish. A breach of the critical support level could result in the stock plunging back to 52-week lows of $0.02.
As it stands, Quantum Materials remains well positioned to continue powering high as it is trading above a critical technical level at $0.05.
ABOUT QUANTUM MATERIALS
Quantum Materials bills itself as a nanotechnology company focused on the design and development of quantum dots as well as tetrapods among other nanoparticles. Its diverse array of products are used in a range of applications including TV and display sets, optoelectronics and photovoltaic.
WHY IS QUANTUM MATERIALS SKYROCKETING?
Shares of Quantum Materials are skyrocketing on the nanotechnology company receiving a license fee for a large-scale quantum dot production in India. The company has received an initial $500k with the confirmation of an additional $500k balance as part of a development agreement signed with Amtronics CC.
Under the terms of the agreement, Amtronics has the right to manufacture quantum dots for commercial supply in the Indian market.
The agreement paves the way for a large scale, low-cost quantum dot production of ultra-high definition displays panels. Amtronics CC is also to produce solid-state lighting and dot driven thin-film solar cells.
“With this payment now in place we are ready to move aggressively forward on this exciting new venture with our license partners Amtronics CC and AMTRON to bring the incredible power of quantum dots and the products they can make better to the India marketplace,” stated Stephen B. Squires, President and CEO of Quantum Materials Corp.
INDIA OPPORTUNITY
India presents a unique opportunity for Quantum Materials given that the government has made a priority to enhance the development of renewable energy sources. With a good percentage of the renewable energy poised to come from solar, the company’s thin-film quantum dot solar remains well positioned to benefit.
Quantum Materials has already laid a comprehensive roadmap to provide the solution with a completed solar cell design. Having already received the initial funding, the company intends to provide two large-scale quantum dot reactors at its India facility.
“As India represents one of the largest renewable energy and consumer electronics markets in the world, our partnership with Amtronics CC is an important step in expanding the value of the QMC franchise globally. This partnership will allow us to address global challenges such as rising energy costs, energy security, increasing power consumption and environmental quality on a more rapid basis,” Squires concluded.
BOTTOM LINE
India presents one of the biggest opportunity that Quantum Materials can leverage on its bid to strengthen its streams of revenues. The size of the country’s population provides an exciting market target that the company can target with its thin-film quantum dot solar.
Quantum Materials is on the right track, on its push for opportunities in the Indian market with its solar cell solutions. It thus does not come as a surprise that the stock has started eliciting renewed investor interest in the market.
Share price gains are likely to continue as market sentiments continue to inch higher. For early movers, Quantum Materials is an ideal pick for gaining exposure in the renewable energy sector. The stock is trading at a discount but with a tremendous opportunity given the Indian opportunity at stake.
We will be updating our subscribers as soon as we know more. For the latest updates on QTMM, sign up below!
Disclosure: We have no position in QTMM and have not been compensated for this article.
https://insiderfinancial.com/quantum-materials-corp-otcmktsqtmm-trending-higher-bulls-eyeing-fresh-highs
Good points.
I was just going to state if QMC or Nanoco made a major win into displays, Nanosys IPO would not benefit.
I think Nanosys would likely try to IPO before then. They likely know where they may be about to lose market share as their current customers would likely be moving on to Nanoco or QMC and Nanosys would likely have wind of the competition moving in before deals are announced for QMC or Nanoco.
Nanosys has been doing a lot more investor education and interviews, in my opinion, this past year. That's exactly what they should be doing before an IPO.
A Nanosys IPO would definitely benefit QMC and Nanoco once they are both commercially successful.
In some ways I think Nanosys would benefit by QMC or Nanoco entering the market. This would give them a public comparison for new shareholders during their IPO.
Thanks for intel.
Didn't watch video yet, but read on Nanoco board that they mentioned litigation over their patents.
Curious as to who they would be conflicting with. Didn't they already go head to head with Nanosys in the past?
My thoughts exactly which makes me believe the $12 is a legislate selling cost right now. It’s all a matter of what Nanosys margin is and why they’ve dropped the price so much. It’s apparent to me that this price point is allowing mainstream consumer use with the $400 TV he mentions.
Timing of video? It’s him speaking at the quantum dot forum which has been scheduled for a year.
The video timing is irrelevant. We’re only discussing the $12 value.
From this article a few years back, Nanosys was getting about 150 grams/liter of quantum dots. What the actual weight of solution can’t be determined.
See caption to picture: 20 liter container enough for 3,000 TVs. That was about 1 gram per 60” tv back then.
https://spectrum.ieee.org/view-from-the-valley/semiconductors/materials/behind-the-scenes-at-the-nanosys-quantum-dot-factory-in-milpitas-california
Thanks for doing the math. I looked a little closer at it too this morning, but hadn't finished crunching the numbers and reading the previously filings.
I doubt Nanosys would provide that info. Too much info that would all exact calculation of costs to buyer per gram.
Also, we don’t know the actual weight of qdots in solution. If Nanosys is a 50% solution concentration (qdot to solution ration), then the actual cost per gram qdot would be $24.
Weight in solution is a major number that is missing from the detail Nanosys provided.
That thought crossed my mind too. The only ones to know would be their buyers.
Except who in their right mind gives away their cost to produce. I think he’s referring to cost to buyer.
Lol! We’re on the same side rooting for the home team. Just disagreeing on math.