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Cant knock down the bid.. Its big!!!!!!!!!!!!!
I sold 200K trying to beat down the bid.... It's not going down this time.....
Floor is rising!! No volume.left..@024s...going....going.....gone!!!
Need to diversify? $ABGB, $GE, $SLTD $HYSR
Triangle pattern!! Zoooooooooom
You had March til January to get in bye bye see you at the next stop
Goodbye IHUB!!!! Renewable Hydrogen = Retirement
Automated trading going on... Looking for weak hands
They are testing liquidity at different share prices
Looks like one of the big boys just got it town
Don't want too much news... Stock is supposed to be for participants in the research and individual investors... If HYSR wanted bankers to buy out this stock they would be advertising it themselves...
We don't want to get in the way of their PR campaign.. Like I said this stock is for individual investors and for researchers that work on the project w universities to be able to buy in... Etc
Next PR we hit 1.55 volts... No source
UCSB team has transitioned 100% to manifacturing and logistics
While also keeping a team on H2Generator Vessels and Panels
Iowa team is working on Voltage increase from H2Generator and Working to leverage Hydrodynamics knowledge towards teChnical achievementa related to the Vessels
Looks like we are running $HYSR
SLTD and HYSR getting a boost
I think SLTD is going to be manufacturing partner of HYSR
Both companies Intellectual Property (Patents) are based on research done in part by Nadir Dagli
We appear to be investing in revolutoonart technology.
HYSR patents were partially owned by Regents of University of California - where SLTD patents are not.
All part of the many technologies being debuted for #GreenTech2015
Is this board for H2Stocks? $HYSR
JCAP Scale up and prototyping team
http://solarfuelshub.org/research/scale-up-and-prototyping.html
I imagine this will be HyperSolar's next group of partners
I feel like I should stop posting...
Am I doing too much?
I am learning too much!!!
This company is amazing ...
They're the real deal. They are Artifical photosynthetic architecture JCAP discovered
http://solarfuelshub.org/research/high-throughput-experimentation.html
Like H2Generator voltage, HYSR volume headed up!!
Millions every day now
Next: Technical Achievements of H2Generator Vessels and Panels?
I bet we soon receive more details on these solutions
I believe University of Iowa Research Team will aide in development of H2Generator Vessels and Panels - possibly aiding in development of some enhancement to their internal architecture.
Some info here on the founder and technical specializations of University of Iowa, Hydroscience & Engineering Department
$$$Something tells me we're closing green$$$
Search google for copy? I am driving sorry
UCSB part of $122-million "Artificial Photosynthesis" project
By Anna Davison,
UCSB Engineering
UCSB is participating in an ambitious project funded by the U.S. Department of Energy. The goal is to develop a cost-effective method of generating energy from sunlight by mimicking the process plants use to produce energy: photosynthesis.
Eric McFarland, a professor in the Department of Chemical Engineering, is leading UCSB’s part in the project.
McFarland will help develop automated systems that will allow enormous numbers of chemical compounds to be rapidly synthesized and screened to identify those with the most potential for use in an artificial photosynthesis system. McFarland’s goal, once these ultra-high throughput experimentation systems are up and running, is to synthesize and screen a million compounds in a day.
A major focus of the artificial photosynthesis project, McFarland says, is on developing technology that not only works, but also is cost-effective.
“It has to be something that will produce energy at a competitive price,” McFarland says.
Read the press release from the Department of Energy here.
http://ucsb.imodules.com/s/1016/indexNL.aspx?sid=1016&gid=1&pgid=252&cid=1312&ecid=1312&crid=0&calpgid=15&calcid=752
He is on patents w/GRT Inc./Reaction35 - The HYSR component of the equation I imagine is now in motion, and he is working to enhance the offerings and processes of Reaction35 via relationships with Australian scientists.
This is a link to his UCSB profile:
http://www.chemengr.ucsb.edu/people/faculty_d.php?id=9
And a link when HYSR and UCSB first announced program led by Eric McFarland:
http://engineering.ucsb.edu/news/588/
Diamond in the rough? Hi to all shareholders
Reading more and like what I see - I have a hard time keeping up with too many things...
What size position do you currently have?
Big buys and no price change positions are trading
I'm guessing consolidation
SLTD appears to be testing support
Predictions for next 2 weeks?
Rocky return or further down?
SEPT-2014:University.Of.Iowa:Seminar: HYSR Syed Mubeen Jawahar Hussaini
I realized here that one of HYSR's Lead Inventors, Syed Mumbeen, gave a seminar at University of Iowa about two weeks before the HYSR/Iowa Agreement was disclosed to Investors via PR on Nov 4th.
The November 4th PR Update was titled "HyperSolar Adds University of Iowa to Support Its Research and Development"
[LINK]http://www.iihr.uiowa.edu/event/seminar-syed-mubeen-jawahar-hussaini/
[Article Text]
September 26, 2014 @ 1:30 pm - 2:30 pm
| Free
Event Navigation
Materials and Systems Engineering for Solar-to-Chemical Energy Conversion
Presented By: Syed Mubeen, Assistant Professor (Chemical and Biochemical Engineering), University of Iowa
Abstract: Environmental considerations require the world, to increase, ever more urgently, the renewables fraction of its energy usage. The focus on solar energy will certainly rise, and will include both photovoltaics and the much less well developed goal of using sunlight to convert available feed stocks such as sea water, CO2 and domestic and industrial waste directly to valuable fuels and chemicals. This talk will introduce our research efforts to develop novel materials and system architectures to convert light energy directly into high free energy materials that can be used as fuels and fine chemicals, thereby storing the solar energy in a high energy density and transportable form.
Want a sticky, spreadsheet to report/verify our holdings?
Very true... Also HYSR made UCSB agreement to keep HYSR alive!
HYSR had the concentrator , patented , invented by Nadir Dagli and Ronald Petkie
However - Chinese mineral monopolies were undercutting each other to sell panels with subsidies from the Chinese government
This allowed for manufacturing boom and technical advancement without new technology.
Plus it allowed for key allocations to be taken up of these minerals or metals or something, right? Follow on
This was done to keep Oil lower than its recent high could of been. Remember most people were still expecting a 20% rise at the pump, not a 60% drop.
They kept it off its high, which was their victory, but now we are bottoming due to Renewable Energy and a technical "Over Supply" of a certain number of million barrels per day.
So now that Oil is low, expect prices to go up on those RARE METALS!
One hint.. Besides Grapheme Indistry , look to PLATINUM in SOUTH AFRICA! not trying to hint tooo strongly here.
As Price goes up on Materials, Metals, etc., everything involved in manufacturing, HYSR Concentrator patent and joint UCSB patents only continue to become more valuable.
With all these teams helping in developing the product, we enter marketing phase any day. That is my outlook and guidance.
I am expecting new marketing materials are on their way - We must anticipate a drawn out series of events before we enter the market.
I think within the next 6 months we have first run production units going to Department of Energy...
Wishful Thinking ? Maybe, Maybe Not!!!
Long: HyperSolar, Air Liquide, SLTD, AGBG,
We have had lots of big corporations making strides toward #GreenTech2015 and #ClimateNeutral2030
That is a good sign!! Market buyers are ready for is!
We aren't going to hit Mainstream Media until they buy out all the shares from guys like me and you =)
By then we will be at $5.00 a share
Also believe that the OTC offering is a strategy used by Tim Young - and shared with the researchers - to allow public interest to be accumulated in these technologies.
From the initial founding of HYSR, I believe Tim wanted the public to have opportunity. That means researchers are incentivized and investors are incentivized - we help them fund their next set of business objectives without selling stock - and as they progress, they can sell stock to friends, as the volatility goes away.
Penny stocks are here for us to buy if we want.. I guess. But I know that would not be filing joint patents with HYSR unless they were result of mutually beneficial technology, or unless they "thought it was a good idea".
UCSB does not want Negative PR by being associated with any of the penny fiasco scams that go around.
Although this stock is probably presented to colleagues at dinners and such, it is meant for small inves embers mostly.. Not for greed - it's maybe just an opportunity to help them finance the Patent litigation process without taking more loans from lesser financiers.
Friends seek to establish value. Financiers can short sell shares until we go broke - technically.
Unless - we are able to transfer the shares from the Financiers, to real Buyers; Investors.
As that is our mission and these are revolutionary parents.
HYSR is just entering the phase when they will begin to do some marketing of their own!
Do not fear - the Long investors are here!
As we learn more we can discuss buying and selling in a productive chat room.
We as individuals want to take up as many shares as we can. ))=SAFELY=((
As we help share price rise by holding shares in HyperSolar,
They do not have to sell to financiers. If price rises high enough, we do not dilute our shares one bit!
If we do not help with PR, we do not aid in establishing a value of the shares,
Without such well established value a big investor can buy us out or sell down our share price.
Keep in mind there will be a breakout coming... It is imminent on next PR!
DD say this isn't a UCSB "donation" stock. There are 3 on the market right now which are projects all interconnected by their research, or researchers: HYSR, SLTD, absolutely - and CABN via shared researchers on Nanotechnology
Here is Wiki on CABN - I have not yet had time to do much with SLTD and havnt done any research on CABN
http://en.m.wikipedia.org/wiki/Carbon_Sciences
Loving the 1week, 3month, even loving the 6month!!!!!!
We are May have new pivot point developing at current price!!!
$HYSR #GreenTech2015 #H2Generator
As Buyers come in, Financiers can't Manipulate Down
MyTheory...Financiers manipulate PPS to Convert Debt @Good Rates
CABN researchers also worked w UCSB HYSR Researchers
Volume average on the rise and we bounced off accum/dist on Friday!!!!
HYSR//University of Iowa to Support Research and Development
http://www.streetinsider.com/Press+Releases/HyperSolar+Adds+University+of+Iowa+to+Support+Its+Research+and+Development/9965000.html
HyperSolar Adds University of Iowa to Support Its Research and Development
SANTA BARBARA, CA -- (Marketwired) -- 11/03/14 -- HyperSolar, Inc. (OTCQB: HYSR), the developer of a breakthrough technology to produce renewable hydrogen using sunlight and water, today announced that it has entered into a one year agreement with the University of Iowa to help accelerate the company's research and development efforts to reach its goal of producing commercially viable renewable hydrogen.
The University of Iowa possesses a reputation for pioneering advancements in the renewable energy technologies and sustainable practices in and around the campus. Its state-of-the-art "Sustainable Energy Discovery District" initiative with Solar E-car charging station, alternative fuel vehicle fleet, solar panel technologies on Cambus Maintenance facility, etc. epitomizes its leadership role towards developing a sustainable future. Its excellence in energy efficiency research is well recognized and continues to grow. Recently, a graduate from University of Iowa was awarded top University recognition for her work with hydrogen fuel cell storage.
"We are thrilled to add experienced and knowledgeable scientists from yet another prestigious University to our research group," said Tim Young, CEO of HyperSolar. "The great team at the University of California, Santa Barbara (UCSB) has helped us achieve a number of major breakthroughs toward renewable hydrogen fuel production. We believe that the addition of the University of Iowa will help us reach the major milestone of 1.5 volts needed for direct solar water-splitting. We believe that reaching this major milestone will allow us to cost effectively produce renewable hydrogen at or near the point of distribution."
The University of Iowa team will be led by Dr. Syed Mubeen Hussaini who joined the University as a Professor in August and has been instrumental in HyperSolar's progress while leading the research at University of California, Santa Barbara.
HyperSolar's technology is based on the concept of developing a low-cost, submersible hydrogen production particle that can split water molecules using sunlight without any other external systems or resources -- acting as artificial photosynthesis. A video of an early proof-of-concept prototype can be viewed at http://hypersolar.com/application.php.
About HyperSolar, Inc. HyperSolar is developing a breakthrough, low cost technology to make renewable hydrogen using sunlight and any source of water, including seawater and wastewater. Unlike hydrocarbon fuels, such as oil, coal and natural gas, where carbon dioxide and other contaminants are released into the atmosphere when used, hydrogen fuel usage produces pure water as the only byproduct. By optimizing the science of water electrolysis at the nano-level, our low cost nanoparticles mimic photosynthesis to efficiently use sunlight to separate hydrogen from water, to produce environmentally friendly renewable hydrogen. Using our low cost method to produce renewable hydrogen, we intend to enable a world of distributed hydrogen production for renewable electricity and hydrogen fuel cell vehicles. To learn more about HyperSolar, please visit our website at www.hypersolar.com.
Safe Harbor Statement Matters discussed in this press release contain forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. When used in this press release, the words "anticipate," "believe," "estimate," "may," "intend," "expect" and similar expressions identify such forward-looking statements. Actual results, performance or achievements could differ materially from those contemplated, expressed or implied by the forward-looking statements contained herein, and while expected, there is no guarantee that we will attain the aforementioned anticipated developmental milestones. These forward-looking statements are based largely on the expectations of the Company and are subject to a number of risks and uncertainties. These include, but are not limited to, risks and uncertainties associated with: the impact of economic, competitive and other factors affecting the Company and its operations, markets, product, and distributor performance, the impact on the national and local economies resulting from terrorist actions, and U.S. actions subsequently; and other factors detailed in reports filed by the Company.
Press Contact:
Eric Fischgrund
FischTank Marketing and PR
Email Contact
UIOWA.EDU: Insights on hydrogen gas storage for fuel
http://now.uiowa.edu/2012/12/insights-hydrogen-gas-storage-fuel
Insights on hydrogen gas storage for fuel
Hydrogen gas is an excellent fuel for both combustion and electrochemical power systems, including fuel cells.
The challenge for researchers is finding a way to store hydrogen that holds enough of the element to be useful and offers fast access to the energy.
Palladium—a rare, silvery-white metal—can absorb a substantial quantity of hydrogen. However, hydrogen storage in palladium metal is of limited practical use because transporting hydrogen across the palladium interface is too slow.
As a master’s student at the University of Iowa, Jessica Reed introduced magnetic microparticles at the surface of a palladium electrode, substantially increasing the rate of hydrogen transfer across the palladium interface by about 12 orders of magnitude when compared with nonmagnetic analogs.
This large rate increase may have practical applications in portable power sources. The implications for hydrogen storage in metals are significant, because other, more common metals also can store hydrogen. These metal hydrides are important in battery technologies such as nickel hydride batteries.
Reed studied with Johna Leddy in the department of chemistry at the UI. The Leddy Lab researches innovations in power sources, including batteries, fuel cells, and solar cells.
“My work is certainly not a comprehensive study on this topic, but I hope that it can provide some insight to other scientists who are working to reduce the barriers to viable hydrogen fuel sources,” says Reed, who earned her master’s degree in chemistry in 2012. “Discovery and implementation of new, cost-effective energy sources is critical to the future of our society. I hope this work provides a foundation for future research to build upon.”
This significant research distinguishes Reed’s thesis, “Magnetic Effects on Hydride Storage in Palladium.” Based on her excellence in research, the UI Graduate College has awarded Reed the L.B. Sims Outstanding Master’s Thesis Award.
The L.B. Sims Outstanding Master’s Thesis Award is named for Leslie B. Sims, who was Graduate College dean, associate provost for graduate education, and vice provost at the UI from 1991 to 2001. Sims holds a Ph.D. in chemistry from the University of Illinois.
“I know the quality of students that the University of Iowa produces and the exceptional caliber of the theses that were nominated, so I feel privileged to receive the award,” says Reed, now a Ph.D. student in chemistry at Iowa State University. “Since Dean Sims also studied chemistry, the honor is even more special.”
The award is presented annually to recognize the excellent scholarship and research of UI graduate students pursuing Master's degrees—a group with fewer opportunities for such recognition than students pursuing doctoral degrees.
As the winner of the L. B. Sims Award, Reed received a $500 honorarium and a certificate from the Graduate College. In addition, the Graduate College submitted her thesis as the institution's nomination for the Midwestern Association of Graduate Schools (MAGS) Distinguished Thesis Award.
“Jessica did excellent work in these studies of magnetically modified palladium. She worked largely independently and developed the methods of modification on her own,” says Johna Leddy, associate professor of chemistry in the College of Liberal Arts and Sciences and Reed’s adviser at the UI. “I have been impressed with Jessica’s focus and ability to think through complex problems. This thesis lays the groundwork for many other hydride technologies and provides excellent data for further modeling of this intriguing fundamental puzzle.”
Reed says Leddy has had a tremendous influence on her academic career, starting the first week of her freshman year at the UI.
“(Leddy) taught a freshman honors seminar about one of her favorite topics—numbers,” Reed recalls. “She took me under her wing and mentored me, and I’ve stuck with her ever since. She’s so incredibly talented and enthusiastic about her work. It’s hard not to get excited about electrochemistry when you talk with her.
“She serves as a role model for young female scientists, like me, who are looking for a guide as they navigate professional and family life.”
At Iowa State, Reed is studying chemical education under Tom Holme.
“I am examining how the learning environment shapes learning goals in general chemistry courses that are taught in high schools, community colleges, and regents universities,” Reed says.
UCSB SRA Details from 2014 Agreement [SEC.GOV//HYSR//10K]
http://www.sec.gov/Archives/edgar/data/1481028/000121390013005432/f10k2013_hypersolar.htm
In February of 2012, we entered into a one year sponsorship research agreement (“SRA”) with the University of California, Santa Barbara (“UCSB”) to help achieve important milestones in the company’s development plan. The focus of the UCSB SRA is to accomplish the following three specific aims:
1) Develop and demonstrate inorganic coating materials that will allow conventional photovoltaic device structures to be used as photoelectrochemical conversion devices immersed in electrolyte solution.
2) Measure the electrochemical oxidation properties of several simulated and actual sampled wastewater solutions.
3) Demonstrate hydrogen production in a device structure based on a porous alumina membrane with semiconducting materials deposited within the pores and capped with anode and cathode electrocatalysts.
As consideration under the SRA, UCSB will receive from the Company, $218,231. When expenditures reach that amount, we will no longer be obligated to fund any additional research activities and UCSB will not be obligated to perform any additional research activities pursuant to the SRA, unless mutually agreed upon. Either us or UCSB may terminate the agreement upon sixty days written notice. U.S. Patent Law and University policy will govern any patentable developments or discoveries throughout the course of the SRA. If such an invention is determined to be jointly owned by us and UCSB, we will prepare and file, at our cost, patent applications for such invention and claim it as a joint invention in the name of both the Company and the University, and shall prosecute and maintain such joint patent rights. Neither party may assign its joint ownership in such patents without the consent of the other party. We have a time-limited first right to negotiate a license to UCSB’s interest in any joint invention.
We believe the partnership with UCSB will enable us to refine our solar-powered particle technology for generating zero carbon hydrogen and renewable natural gas using sunlight, water and carbon dioxide (CO2). The research project will be led by Professor Eric McFarland in the Department of Chemical Engineering at UCSB.
On January 11, 2013, we signed an amendment to this agreement extending it to July 31 for no additional cost. On July 31, 2013, we signed an additional amendment to this agreement extending it to December 31, 2013 for additional consideration of $54,045. On December 16, 2013 we signed an amendment to extend this agreement through June 30, 2014 for additional consideration of $43,459. On April 4, 2014, we signed an amendment to extend the current agreement through December 31, 2014 at no additional cost to the Company.
UCSB SRA Details from 2013 Agreement [SEC.GOV//HYSR//10K]
http://www.sec.gov/Archives/edgar/data/1481028/000121390013005432/f10k2013_hypersolar.htm
On January 11, 2013, we signed an amendment to this agreement extending it to July 31 for no additional cost. On July 31, 2013, we signed an additional amendment to this agreement extending it to December 31, 2013 for additional consideration of $54,045. When expenditures reach that additional amount, we will no longer be obligated to fund any additional research activities and UCSB will not be obligated to perform any additional research activities pursuant to the SRA, unless mutually agreed upon. The milestones for the agreement amendment are as follows:
Milestones: 8/1/13 - 12/31/13
1.
Milestone 1: (August 30, 2013) Prepare model multilayer PAH with sufficient open circuit voltage to split water.
2.
Milestone 2: (November 15, 2013) Demonstrate water splitting with at least one PAH device.
3.
Milestone 3: (December 30, 2013) Deliver to Hypersolar a final report and all synthesis details of materials produced during the project period.
Excited to join the board! BUYing some shares tomorrow morning!
Great things to come!!
3 Month Chart shows we are picked up in large blocks.. H/S Gains, H/S drops... Anyone performed analysis , know pivot points?
GVGW Take Off