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Up we go !!! Nice volume
When FLPC reaches 5.00 a share, I will be needing to set up a Swiss bank account or the IRS will grab all my profits to pay off my grandfather's debt. Yep the same grandfather I never met. Would you be willing to help me with this for a generous commission ?
Stopped by for a minute after seeing the recent announcement on Scottrade. I see there are some old timers still here. I'm not sure how anyone can still have any faith left in the current management after what they put us all through the past +3 years. This recent "might be proclamation" may at least give some of you a chance to flip a few bucks. I hope so. For me, been burned too times to risk another dime. GLTA
I hear you loud and clear. My bewilderment is why it is taking the large investors so long from jumping in on investing in FLPC. My main concern is simply why no one has asked the question: Why is the largest miner of Antimony in the world importing this product from a U.S. company that has barely opened its doors ? Sure makes me think this product is extremely undervalued. IMO GLTA
Thanks for sharing. Antimony being used with aluminum for increased memory storage capabilities. Antimony used with lithium for increased battery life and capability. Both used to support growth in our technology future. FLPC currently having thousands of acres available for future development in lithium mining and the only antimony mine in the USA. Just how much better can it get ? Next, we'll find out that they're having difficulty refining the antimony because of the gold ore that's attached. LOL GLTA
Don't post much anymore, but can't help saying something today. I've been following Lithium stocks for 3 years now. Never thought it would take this long for them to take off, as it's been quite obvious that electric vehicles would become our ultimate vehicle of choice. Thanks Tesla for opening many eyes. Thank you FLPC for having the vision to obtain critical properties that have such high potential in that arena. Last and not least by any means, thanks for your pioneering the extraction of Antimony in the U.S. The importance of this mining extraction will soon be realized as the quiet development of it's tremendous memory storage capability in small hand held devices becomes better known. IMO GLTA
Just checking in on occasion. Noticed your post. I agree, there have been way too many testimonials and testings in the past 3 years to substantiate that the product does work. Now if only I had that much faith in the Management. Guess I should have known better, but had high hopes with Bill Cunetta endorsing the product. GLTA Hope you gain the thousands many have lost.
HELP ME OUT HERE, I'M CONFUSED!
I don't see anything in my post that states Casa is or ever was employed by AHS. Instead of being so quick to criticise others, at least take time to read their posts.
DRATS you Dastardly MM's. Just able to get a buy in prior to you pushing this over 4 cents. You all are becoming so predictable, it scares me. IMO GLTA
Hope you're right. You are one of the few involved with the company, I still have some faith in. It's been a long + 3 years
FWIW, I've been playing the Penny's for about 3 years now and have watched how easily they can be manipulated by the MM's and big player's (groups, etc.)If for a NY minute, you don't see how this stock has been brought down by the trades made and the short covering, than I suggest anyone invested, get out of penny stocks immediately. You will be taken to the cleaners ( as I have at times) while wiser than I have grabbed their ill gotten gains from the less experienced. My advice follows what I've been given by others, NEVER FALL IN LOVE WITH A PINKY, ALWAYS TRUST YOUR DD MORE THAN THE CURRENT PPS, AND NEVER BELIEVE THINGS THAT ARE POSTED ON IHUB BOARDS BY ANONYMOUS POSTERS. Another bit would be to always have funds on hand to take advantage of cheapies that may be offered up ( don't do as I do and get stuck till Wed. to grab any crumbs that may be left by the big boys ) IMO GLTA
PS ( this is not intended to you marexx, just a foot note on your informative post )
Not to fret people. I guarantee the PPS will be above .04 by next Wed. when I'll have a little powder. My luck never changes. What a nice Christmas gift you all are being given today. IMO GLTA
This really frosts my balls worse than this artic blast coming down from Canada. No powder till Wed. and extremely cheap shares dangling out there for me to grab today. AHHHHHHHHHHHHHHHH !
Just some stupid song that's number 1 on the charts that I can't seem to get out of my head. Did not know of your relationship.
Stupid Fox
What does the fox say ? Ding, Ding, Dinga, Ding, Ding, Dinga, Ding, Dingada GREEN!!!
As the Big "Duke" would say. "Well done Pilgrim"
Not too worried about the current PPS. If you're a long, you'll be looking down the road. My view shows a very shiny substance used to pave this road. Bears have your day or 2, cause the clock is ticking and the market will accept all the antimony FLPC has to offer. Based on what ? Just this one application will be enough to keep the miners busy for years to come IMO
Will phase-change memory replace flash memory?
September 17, 2013
An image of phase-change memory arrays (credit: AIP)
Phase-change memory, a new material built from aluminum and antimony, shows promise for next-generation data-storage devices.
Phase-change memory relies on materials that change from a disordered, amorphous structure to a crystalline structure when an electrical pulse is applied. The material has high electrical resistance in its amorphous state and low resistance in its crystalline state — corresponding to the 1 and 0 states of binary data.
Phase-change memory vs. flash memory
Phase-change memory is being actively pursued as an alternative to ubiquitous flash memory for data storage applications for three reasons, according to Xilin Zhou of the Shanghai Institute of Microsystem and Information Technology at the Chinese Academy of Sciences:
Flash memory is limited in its storage density when devices get smaller than 20 nanometers. Phase-change memory device can be less than 10 nanometers — allowing more memory to be squeezed into tinier spaces.
Data can be written into phase-change memories very quickly.
Phase-change memory devices would be relatively inexpensive to produce.
However, current phase-change memory devices being developed are based on germanium, antimony, and tellurium. It’s difficult to control the phase-change memory manufacturing process with these materials. Etching and polishing of the material with chalcogens can change the material’s composition, due to the motion of the tellurium atoms,” explained Zhou.
So Zhou and his colleagues turned to a material with just two elements: aluminum and antimony. They studied the material’s phase-changing properties, finding that it’s more thermally stable than the Ge-Sb-Te compound.
The researchers also discovered that Al50Sb50, in particular, has three distinct levels of resistance — and thus the ability to store three bits of data in a single memory cell, instead of just two. This suggests that this material can be used for multilevel data storage. It also has good thermal stability, Zhou said.
The authors are affiliated with the Shanghai Institute of Microsystem and Information Technology at the Chinese Academy of Sciences, University of Chinese Academy of Sciences, and the National Laboratory of Solid State Nanostructures at Nanjing University.
Other alternates to flash memory recently proposed include silicon oxide, graphene and molybdenite, magnetless spin memory, and resistive random access memory, or RRAM (“memristors”)..
References:
Xilin Zhou et al., Phase transition characteristics of Al-Sb phase change materials for phase change memory application, Applied Physics Letters, 2013, DOI: 10.1063/1.4818662
Rice University among several private U.S.companies have advanced studies going on using aluminum and antimony as well. FWIW
Volume kinda indicates that the normal weekend party animals are cashing in a little early due to the holiday. They'll probably start skipping out early tomorrow with their lunch money. IMO GLTA
Gobble, Gobble, Gobble up those cheapies folks, me thinks you won't be seeing them much longer.
What surprizes me is that people are actually selling in the 4's. Must need some extra cash for Black Friday or to buy a big fat bird.
THE SKY IS FALLING !!! THE SKY IS FALLING !!! Wait a minute, hey Mikey, what Board was I suppose to be on ? Oh no, I'm really sorry folks. NEVER MIND LOL GLTA
Nothing would make me happier
Careful what you may read into what Bob's throwing out. He is an ex-politician. LOL ( just kidding, he was a respected rep. while serving in my area ))
GMA, Thought I'd share a couple articles I recently read involving antimony. I found them to be very interesting from an investor's point of view. IMO GLTA
Will phase-change memory replace flash memory?September 17, 2013
An image of phase-change memory arrays (credit: AIP)
Phase-change memory, a new material built from aluminum and antimony, shows promise for next-generation data-storage devices.
Phase-change memory relies on materials that change from a disordered, amorphous structure to a crystalline structure when an electrical pulse is applied. The material has high electrical resistance in its amorphous state and low resistance in its crystalline state — corresponding to the 1 and 0 states of binary data.
Phase-change memory vs. flash memory
Phase-change memory is being actively pursued as an alternative to ubiquitous flash memory for data storage applications for three reasons, according to Xilin Zhou of the Shanghai Institute of Microsystem and Information Technology at the Chinese Academy of Sciences:
Flash memory is limited in its storage density when devices get smaller than 20 nanometers. Phase-change memory device can be less than 10 nanometers — allowing more memory to be squeezed into tinier spaces.
Data can be written into phase-change memories very quickly.
Phase-change memory devices would be relatively inexpensive to produce.
However, current phase-change memory devices being developed are based on germanium, antimony, and tellurium. It’s difficult to control the phase-change memory manufacturing process with these materials. Etching and polishing of the material with chalcogens can change the material’s composition, due to the motion of the tellurium atoms,” explained Zhou.
So Zhou and his colleagues turned to a material with just two elements: aluminum and antimony. They studied the material’s phase-changing properties, finding that it’s more thermally stable than the Ge-Sb-Te compound.
The researchers also discovered that Al50Sb50, in particular, has three distinct levels of resistance — and thus the ability to store three bits of data in a single memory cell, instead of just two. This suggests that this material can be used for multilevel data storage. It also has good thermal stability, Zhou said.
The authors are affiliated with the Shanghai Institute of Microsystem and Information Technology at the Chinese Academy of Sciences, University of Chinese Academy of Sciences, and the National Laboratory of Solid State Nanostructures at Nanjing University.
Other alternates to flash memory recently proposed include silicon oxide, graphene and molybdenite, magnetless spin memory, and resistive random access memory, or RRAM (“memristors”)..
References:
Xilin Zhou et al., Phase transition characteristics of Al-Sb phase change materials for phase change memory application, Applied Physics Letters, 2013, DOI: 10.1063/1.4818662
Topics: Computers/Infotech/UI | Electronics
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The '50-50' Chip: Memory Device of the Future? Material Built from Aluminum and Antimony Shows Promise for Next-Generation Data-Storage DevicesSep. 13, 2013 —
A new, environmentally-friendly electronic alloy consisting of 50 aluminum atoms bound to 50 atoms of antimony may be promising for building next-generation "phase-change" memory devices, which may be the data-storage technology of the future, according to a new paper published in the journal Applied Physics Letters, which is produced by AIP Publishing.
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14Phase-change memory is being actively pursued as an alternative to the ubiquitous flash memory for data storage applications, because flash memory is limited in its storage density and phase-change memory can operate much faster.
Phase-change memory relies on materials that change from a disordered, amorphous structure to a crystalline structure when an electrical pulse is applied. The material has high electrical resistance in its amorphous state and low resistance in its crystalline state -- corresponding to the 1 and 0 states of binary data.
Flash memory has problems when devices get smaller than 20 nanometers. But a phase-change memory device can be less than 10 nanometers -- allowing more memory to be squeezed into tinier spaces. "That's the most important feature of this kind of memory," said Xilin Zhou of the Shanghai Institute of Microsystem and Information Technology at the Chinese Academy of Sciences. Data can also be written into phase-change memories very quickly and the devices would be relatively inexpensive, he added.
So far, the most popular material for phase-change memory devices contains germanium, antimony, and tellurium. But compounds with three elements are more difficult to work with, Zhou said.
"It's difficult to control the phase-change memory manufacturing process of ternary alloys such as the traditionally used germanium-antimony-tellurium material. Etching and polishing of the material with chalcogens can change the material's composition, due to the motion of the tellurium atoms," explained Zhou.
Zhou and his colleagues turned to a material with just two elements: aluminum and antimony. They studied the material's phase-changing properties, finding that it's more thermally stable than the Ge-Sb-Te compound. The researchers discovered that Al50Sb50, in particular, has three distinct levels of resistance -- and thus the ability to store three bits of data in a single memory cell, instead of just two. This suggests that this material can be used for multilevel data storage.
"A two-step resistance drop during the crystallization of the material can be used for multilevel data storage (MLS) and, interestingly, three distinct resistance levels are achieved in the phase-change memory cells," Zhou says. "So the aluminum-antimony material looks promising for use in high-density nonvolatile memory applications because of its good thermal stability and MLS capacity."
The researchers are now investigating the endurance or reversible electrical switching of the phase-change memory cell with MLS capacity.
What a nice little run we're having this a.m. Must be from all the pumping I was accused of doing last week. LOL Or could it be those dastardly characters over at Good Morning America ? Either way. GLTA
Oh my, looks like the Cargill crew is back in town making a feeble attempt to put doubt in new investors minds. Now if they could only get their hands on the secret formula. LOL I must say, they do post enough factual info ( no matter how old ) to prove that they are spending countless DD hours on a company they have absolutely no interest in. Oh, wait a minute, I forgot, they're only here to protect us from this shell of a company. LOL GLTA
I'd love it a whole lot more if I had a little powder to take advantage of it. Next time I'll listen to DDM. GLTA
Today's chart looks like my EKG last week ( except for that ridiculous dip at EOD ) Sure wish those pesky MM's would let this puppy run. Oh well, the first significant PR will have them running for cover. IMO GLTA
Now comes the MM games. The trade volume is staggering. LOL
You might want to ask ddm1082 how those .05's worked out for him yesterday. Easy for me to say, as I've been chasing this little jewel since .028. As I said previously, I don't think this is your average pinky. IMO GLTA
I believe what we have here is no typical pinky. What we do have is an established company, with rock solid ( pun intended ) products that are currently in demand, and last but not least, a customer already waiing for product to be delivered. Can you dig it ? This little jewel is on it's way up. IMO GLTA
This elevator is still in the bargain basement taking on new riders. Suggest you get on soon before the door closes. Cause once this baby starts up, there's no telling where it will stop. Maybe, all the way to the Penthouse. LOL ENJOY THE RIDE !
Well said Coach. Just a footnote to add, the CEO has never taken more than a couple days to get back to me on any of my inquiries. I just wish a certain Einstein posting here, would take a lot longer.
It's amazing what 400 bucks can do in Pennyland.
Just great. Can't wait for more negative comments on a half way decent board. TIA
In all likelihood, I believe what you are saying is true. But there are a couple issues that may play into this scenario. The assumption that the price of antimony will remain constant is very unlikely. I know if I were the only company producing this product the old rule of supply and demand would come into play. The current demand seems to be going in a very positive direction so the price of poker, I believe just went up. The $5400. per MT was yesterday's price. As was said earlier, the word really hasn't gotten out yet to the big hitters. Once it does, the 9 million volume will look like a mouse turd in a horse stall. There is no long wait for return on this jewel. The product is already being extracted, the first customer is already in place, and we now only have to wait for the revenue to be posted. How sweeeeeeeet it is ! IMO GLTA
This nice steady climb sure is looking sweeeet. I can only imagine what will occur when they start posting their revenue. GLTA
This nice steady climb sure is looking sweeeet. I can only imagine what will occur when they start posting their revenue. GLTA
SW, What is your source of information that you share today? I'd like to be able to verify what you have shared with the board.TIA