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This is probably going to be the last week to get shares @.0001-.0002....chart under pressure for another correction. Should go past .001 Easy 10 bagger here, imo. I wouldn't wait for updated news, it'll be too late.
Nope, we are at the bottom, headed back up this week.
Yep, watching and buying as she goes...a great company because of the technological patents maturing into real products that are launching. 30 minutes to check GMO's? A total winner!!
Yes management is very smart, using it as a 'poison pill' to ward off any companies thinking about a (hostile)takeover. No, not with the Firefly already being packaged up for sale at fair market price (which I estimate between $400-$500 dollars). Why allow another company to swoop in and jerk the rug out from under us..? PSID has a great management team that knows what they are doing. With the ridiculously LOW amount of outstanding shares, what 12 million?, the stock price flies up. $6/share is the next price to climb up to...it's a unbelievable price chart. $20+/share by end of 2017 is my prediction. Take it or leave it..
COAL EXPORTS UP 58% in Quarter 1- 2017
The technology has already been established for optical/laser recording of blood pressure. I wouldn't be surprised to see PSID pursue this to add to the Caregiver line. Its as obvious as peanut butter and jelly...thermometer and blood pressure checks of their patients are made by most decent facilities every day.
I agree...but what counts are the so-called 'whales' seeing their computers light up and scream 'BUY!!'....Volume then comes pouring in pushing stock price up and then we little guys make BIG dough!!
Sami, you cant fool all the people all the time....IDIG?
Every single nursing home and hospital that has Wi-Fi which by the way is probably close to 90% or higher(would like to have this number verified if someone can find out)...will spend $300+ for a thermometer with Bluetooth INSTANT charting. This is such a 'no brainer' technological shift in the medical industry. Why stop at thermometers...how about Caregiver Bluetooth blood pressure cuffs, and so forth.
Beautiful, it's doubling down..another gift of an opportunity to buy this week at rock bottom price of .0004-.0005 before the springboard to .01
Firefly probably will fetch 400-500 million dollars. Stock price will be >$20 per share...before the end of the year..imeo
Well then, just be ready when it does...and soon.
Anyone with any news /insight on the 3 potential company buyouts?
Ringless voicemail is a killer app...collection agencies love it.
When is 2nd quarter 10-Q expected?
Agreed, we have a seasoned vet in Kettle...I like our jockey.
no reasoning behind your opinion?...ok then...take care.
Do a 3 month chart...set to Candles...and there you will see the obvious gap....with <15 million shares outstanding any big news will send this up to challenge that gap..all imo
regardless, there is still a gap to fill which will take .30 cents to fill.
Who here can give a logical explanation for the explosion of volume and spike in price on 4/10/2017..?
This should be interesting..
First Colombia Gold Corp (FCGD) Sees Schaff Trend Cycle Trending Up
August 2, 2017 Newswire
First Colombia Gold Corp (FCGD) are being monitored this week as the Schaff Trend Cycle levels have shown a consistent uptrend over the course of the past 5 trading sessions. If the levels breach the key 70 level, a market reversal will be likely, according to this signal.
The Schaff indicator, created by Doug Schaff in 2008, behaves in a way like an oscillator, identifying overbought and oversold conditions in the market. These scenarios are then used to trade price reversals. A modification of the simple overbought or oversold trade setup is the addition of the 100-period exponential moving average, which is used by institutional traders as a very powerful support-resistance tool. The Stochastics oscillator is used to add confirmation to the trade entry.
Oversold values are 0 to 20 and investors might look to buy dips in up trends when the signal line crosses up from below 20 to above 20. Overbought values are 70 to 100 and investors might look to sell rallies in downtrends when the signal line crosses down from above 80 to below 80.
Whombat40
Thursday, 05/25/17 09:20:05 AM
Re: None
Post # of 15132
Actually, there is already a permit in place.
According to the news report on May 18th...
"The coal lease, which is located at 12964 S. Hwy 421 Manchester, Kentucky 40964, will be primarily a surface coal mine operation focusing on the 102 acres already permitted."
So they are good to go. IMO it is worth waiting 45 days to see if they do in fact begin mining.
If you google map it, you can see numerous "ponds" in the area where previous loads were dug.
Says you..not what my DD shows.
Reclamation progress to be announced soon imo...pulling coal out this month imo
Making electronics out of coal
Instead of burning up this complex hydrocarbon, let’s make devices from it, says Jeffrey Grossman.
David L. Chandler | MIT News Office
April 19, 2016
Jeffrey Grossman thinks we’ve been looking at coal all wrong. Instead of just setting it afire, thus ignoring the molecular complexity of this highly varied material, he says, we should be harnessing the real value of that diversity and complex chemistry. Coal could become the basis for solar panels, batteries, or electronic devices, he and his research team say.
As a first demonstration of what they see as a broad range of potential high-tech uses for this traditionally low-tech material, Grossman, doctoral student Brent Keller, and research scientist Nicola Ferralis have succeeded in making a simple electrical heating device that could be used for defrosting car windows or airplane wings, or as part of a biomedical implant. In developing this initial application, they have also for the first time characterized in detail the chemical, electrical, and optical properties of thin films of four different kinds of coal: anthracite, lignite, and two bituminous types. Their findings have just been reported in the journal NanoLetters.
“When you look at coal as a material, and not just as something to burn, the chemistry is extremely rich,” says Grossman, the Morton and Claire Goulder and Family Professor in Environmental Systems in the Department of Materials Science and Engineering (DMSE). The question he wanted to ask is, “Could we leverage the wealth of chemistry in things like coal to make devices that have useful functionality?” The answer, he says, is a resounding yes.
It turns out, for example, that naturally occurring coal varieties, without the purifying or refining that is needed to make electronic devices out of silicon, have a range of electrical conductivities that spans seven orders of magnitude (ten million times). That means that a given variety of coal could inherently provide the electrical properties needed for a particular component.
Designing a process
Part of the challenge was figuring out how to process the material, Grossman says. For that, Keller developed a series of steps to crush the material to a powder, put it in solution, then deposit it in thin uniform films on a substrate — a necessary step in fabricating many electronic devices, from transistors to photovoltaics.
Even though coal has been one of the most widely used substances by human beings for centuries, its bulk electronic and optical properties had never really been studied for the purpose of advanced devices.
“The material has never been approached this way before,” says Keller, who carried out much of the work as part of his doctoral thesis in DMSE, “to find out what the properties are, what unique features there might be.” To do so, he developed a method for making thin films, which could then be tested in detail and used for device fabrication.
Even this new, detailed characterization they carried out is just the tip of a large iceberg, the team says. The four varieties selected are just a few of the hundreds that exist, all with likely significant differences. And preparing and testing the samples was, from the outset, an unusual process for materials scientists. “We usually want to make materials from scratch, carefully combining pure materials in precise ratios,” says Ferralis, also in DMSE. In this case, though, the process involves “selecting from among this huge library of materials,” all with their own different variations.
Using nature’s complexity
While coal and other fossil fuels have long been used as feedstocks for the chemical industry, making everything from plastics to dyes and solvents, traditionally the material has been treated like other kinds of raw ore: something to be refined into its basic constituents, atoms, or simple molecules, which are then recombined to make the desired material. Using the chemistries that nature has provided, just as they are, is an unusual new approach. And the researchers found that by simply adjusting the temperature at which the coal is processed, they could tune many of the material’s optical and electrical properties to exactly the desired values.
The simple heating device the team made as a proof of principle provides an end-to-end demonstration of how to use the material, from grinding the coal, to depositing it as a thin film and making it into a functional electronic device. Now, they say, the doors are opened for a wide variety of potential applications through further research.
The big potential advantage of the new material, Grossman says, is its low cost stemming from the inherently cheap base material, combined with simple solution processing that enables low fabrication costs. Much of the expense associated with chip-grade silicon or graphene, for example, is in the purification of the materials. Silica, the raw material for silicon chips, is cheap and abundant, but the highly refined form needed for electronics (typically 99.999 percent pure or more) is not. Using powdered coal could provide a significant advantage for many kinds of applications, thanks to the tunability of its properties, its high conductivity, and its robustness and thermal stability.
Shenqiang Ren, an associate professor of mechanical engineering at Temple University who was not involved in this research, calls this work a “very extensive and informative study to facilitate the understanding of unrefined coal’s potential for practical significance.” He adds that “This is a significant step (probably the first) to utilize nanocarbon materials, directly from unrefined coal, with controllable electronic properties and excellent stability and scalability.”
The work was made possible, Grossman says, thanks to a grant from the Bose Fellows Program at MIT, which encourages the kind of high-risk research embodied in this project. The work was also supported by ExxonMobil through the MIT Energy Initiative and the ExxonMobil Energy Fellow Program.
Coal=Carbon>> new use for coal?
New Dual Carbon Battery Charges 20x Faster Than Lithium Ion
Power Japan Plus has announced an innovative new battery that charges up to twenty times faster and lasts longer than high-end lithium ion batteries. The company boasts that electric vehicles with the ability to drive 300 miles (480 km) on a single charge may soon be a reality. The Ryden dual carbon new battery is cheaper, safer, and 100% recyclable, making it an attractive option that could bring high-performance electric cars to market more quickly.
“Power Japan Plus is a materials engineer for a new class of carbon material that balances economics, performance and sustainability in a world of constrained resources,” said Dou Kani, CEO of Power Japan Plus in a press release. “The Ryden dual carbon battery is the energy storage breakthrough needed to bring green technology like electric vehicles to mass market.”
The battery was developed in partnership with Kyushu University in Japan. The beauty of the battery is in its simplicity. The anode and the cathode of the battery are both made out of carbon with an organic electrolyte solution that allows for ion current to flow separately. This also does not require the use of any rare Earth metals or other rare metals, significantly cutting down on the price of each unit.
Thermal stability means that this battery will not heat up while in use or during charging, and removes the threat of thermal explosion and making for a safer battery. This also means that expensive cooling systems do not need to be used, also driving down the price. The battery is stable enough to be discharged completely without harming the longevity of the product. Currently, the Ryden battery is rated for 3,000 charge/discharge cycles before the function of the battery begins to diminish. To put that into perspective, current electric cars advertise 300-500 charge cycles before the owner needs to think about replacing the battery.
Eventually, Power Japan Plus hopes to expand this technology and create other batteries whose only active ingredient is organic carbon sourced from organically grown cotton. This will allow them to control the size of the carbon crystals, enhancing product performance.
The Ryden dual carbon battery will be on exhibit at the Electric Drive Transportation Association Conference & Annual Meeting on May 20 and 21. Production is set to begin soon, initially producing 500-5,000 batteries per month. The first batteries produced are slated to be used in satellites and medical devices, and will expand operations when the technology is licensed out for use in electric vehicles.
What is the key ingredient in coal? Carbon
What is one of the key ingredients to lithium carbide? Carbon
What kind of batteries are they putting in the electric cars? Lithium based.
Can coal be extracted of the carbon used for electric car batteries?
This is something I would want to ask a chemical engineer...
When is 2nd quarter 10-q expected to be out?
(2x) 4.9 mil sells EOD couldn't pull price down today...what gives?
I wonder if they will report on time for Q2?
Coal on non-traditional markets radar.
Update coming soon on coal operation?
Whats the current A/S and O/S?
Present, Captain....Just agreeing with Md that Charting does work for OTC stocks and waiting for the 12th hour to be struck because the chart on multiple time intervals is obviously pointing to a near-term correction to the upside.
why not! pennies all around...I'll see you a penny and raise you a penny! Pennies from heaven, of course...
2nd quarter earnings most likely tallied up by now...Blowout quarter I suspect. I'm estimating a 600% increase year over year.
So are you saying this is the reason why txhd has not made a public announcement about the monster marijuana news?
No, save money on your attorney fees and hammer out a deal with them. Motivation to get this done is on both parties. You even have some txhd stock and think the company has a good business plan. The 3Gen platform almost complete. You too TXHD, LET's GIT'ER DONE AND BEHIND US....we don't need DRAG, we need AERODYNAMICS! GO TXHD#1
Pure speculation on your part. We'll see what happens this week with txhd's operational update.
From the SEC website(only sections 1 and 2 of an 8-k would apply for the IMTV announcement and apparently from TXHD's perspective no material event as yet formulated between TXHD and IMTV)
The instructions for Form 8-K describe the types of events that trigger a public company's obligation to file a current report, including any of the following :
Section 1
Registrant's Business and Operations
Item 1.01
Entry into a Material Definitive Agreement
Item 1.02
Termination of a Material Definitive Agreement
Item 1.03
Bankruptcy or Receivership
Item 1.04
Mine Safety - Reporting of Shutdowns and Patterns of Violations
Section 2
Financial Information
Item 2.01
Completion of Acquisition or Disposition of Assets
Item 2.02
Results of Operations and Financial Condition
Item 2.03
Creation of a Direct Financial Obligation or an Obligation under an Off-Balance Sheet Arrangement of a Registrant
Item 2.04
Triggering Events That Accelerate or Increase a Direct Financial Obligation or an Obligation under an Off-Balance Sheet Arrangement
Item 2.05
Costs Associated with Exit or Disposal Activities
Item 2.06