Kevin Bambrough

@lukester588 @Goldbuguk1 @roblatty1985 @JayTaylorMedia $30 bln USD market cap is in the cards this year… at least I think so

@BambroughKevin @Goldbuguk1 @roblatty1985 @JayTaylorMedia "I personally think we can 10x over the next few months. Gas plant, some major contracts, US military. Etc." 🤯

With the current deafening silence (playing to the hands of the shorts) would be great if @JayTaylorMedia or @BambroughKevin could get an interview with Kjirstin. I know there's a lot in the pipeline and I'm sure they are busy, but would go a long way to strengthen conviction

@saab340b @sportyj Super exciting…. Great to see the staffing up for the new plant launch!

$HRGAF $HG.CN needs someone to manage the new plant. 😉😉 Take a look at this job posting! Thanks to @Sportyj from Ceo.ca for finding this. jobs.sterling-engineering.com/jb/Site-Manage…

First thing you see on Broadway's homepage. Looking good. 👌

‘Define shortly’ the delay is in the mind of the beholder As I keep saying. People should have confidence that management is moving things forward as quickly as possible. When we look back at what is being accomplished over this year it’s going to look like it all happened so fast. Especially after the share price does what I expect it will be doing over the remained of this year. I personally think we can 10x over the next few months. Gas plant, some major contracts, US military. Etc.

@BambroughKevin @roblatty1985 @JayTaylorMedia Can't wait for the podcasts. Hopefully get some detail on the gas pipeline. I expected all the work to have been done during the long EPA approval process so the gas agreement could be signed and announced shortly afterwards. Any theory on the delay?

$hg $hgraf ramping up production in Texas is going key for America. For the USA military, there’s not doubt that fractal graphene needs to be incorporated into nearly every aspect of offensive and defensive weapons. I’m deeply saddened, frankly very disturbed by the events taking place in conflict zones around the world. Sickens me to my core. Still, when I think about what I can do to positively, what I should invest my time and energy in… the answer is clear $hgraf $hg and advancing the science to help make the world a better and safer place. Save energy, make products last longer, and not just pollute less but actually clean up the environment. May the sane people amongst us see what we see as hydrograph shareholders and help us advance all these areas.

$hg $hgraf is a big part of the cure to what is going to be ailing the economy and also sadly must be invested in from a military aspect. Fractal graphene is going to yield solutions for mining, critical minerals, fertilizer, water filtration, biotech, robots, batteries, solar, wind etc.

IMHO once the Hyperions are in the new Houston area facility we will find that output should go well over 20 tpa maybe 25-28 tonnes for under $500k capex. 2-3 month build times. 10+ being built in parallel. Eventually 20+ then 30+. Etc. the speed at which they will eventually will ramp up to match order growth will wake everyone up who’s been chirping about the past rather then understanding the future

$hgraf grok, on the cost difference between $GMG and a Hydrograph hyperion unit. Both have a similar proposed output: Hydrograph is the clear winner. (plus their graphene is better). US 150 k vs $2.3 million Aud (probably more if GMG tried to build the facility in the u.s.)

@BroadwayColours Dm me. I’d like to interview your CEO

We are thrilled to announce that we've earned certification as a qualified HydroGraph Compounding Partner, having successfully completed their rigorous qualification testing. Read HydroGraph's press release: globenewswire.com/.../HydroGraph…... #graphene #Masterbatch #PlasticManufacturing

Cause I don’t need to sell subscriptions. I write for pleasure when I want to write. Thanks though. I just don’t want clients, reports, deadlines etc. I’m most interested in finding good investments. Investing in them and then simply helping to connect the companies I invest in with like minded investors and potential partners. Basically. The plan is to just run a family office with my son. Who I might add… is back from university soon (April) so we will kick up more media stuff to help tell the hydrograph story. Planning interviews. It’s gonna be a great summer.

@BambroughKevin Why are you not in the newsletter business? You’re write well, and you have great ideas to share.

I think it’s worthwhile looking at $foxt since tungsten is on fire… they have a great high grade deposit that can be drilled up and expanded. I’ve told them that if/when they need funds I would like to participate. But, I’ve also already bought shares. Like all junior miners they will need to raise funds. So, ya, there’s always the chance of a discounted deal with warrants that we all hate to see after we buy stock in the market. I don’t know when and I don’t know how much. But, it’s inevitable. Still, I’ve been buying and bought more today. For me, the capital raises are just something we have to deal with. It’s tiny cap, so I get it will next to impossible to get a meaningful position at this time in the market. So some of you that might be accredited investors you might try to indicate your interest to them. Like I have. Do your own due diligence… I’m Not recommending anyone buys anything. I’m telling people who might care what I have done and plan to do. What you do is your choice and yours alone. I don’t want credit for anything. I don’t want blame either. lol. And for those that insult me… I’ll just block and move on.

No need to bash or trash anyone. Just simply ask. Show me your ISO 9001 standard so we can compare. Bye. There’s lots of graphene’s. Many things you can do with them. What $hg $hgraf is showing is that they produce the best product. Wake me up when someone else can produce Fractal graphene. Oh, and I’m trying to help educate people on why fractal graphene aggregates or a world apart. I can’t help it if they don’t understand… but I’m trying. Honest I am.

$hgraf You clearly have found something to do. Nonstop FUD of Hydrograph, because you chose the wrong horse and you have chosen a company that makes graphene that is inferior in quality and inconsistent in quality, compared to Hydrograph

Neil Postman wrote about how those who can cultivate expertise in a new technology get undeserved prestige and authority. I like to add that those who focus on becoming an expert in simply investing in a new important technology get even more undeserved wealth and recognition. People like me invent nothing. We simply are lucky enough to be able to use tech like computers and the internet (Bloomberg in my youth) to hunt for exciting tech developments. We have a trained pattern recognition system that enables us to sniff out good ‘stock stories’ and the luxury to have the time to fully research them. I’m a junk scientist who simply does his best to try to understand what the true scientists like Dr Sorensen have figured out. People like me just have to find the right timing to invest in the big ideas as they mature. My book and my next book go into this practice in detail. The hunt and joy of discovery. How to train yourself to hunt for great investments or build a great business when you uncover a great idea. The key is to first have the belief in yourself. It all starts with believing that will be able to identify emerging sectors or opportunities. That you will then be able to enjoy researching them and follow through on learning all you can. So, that you truly can be come an expert in a new important area. This is the main message I try to inspire our youth to adopt. To believe in themselves and to actually try. Give it your all. See what you can become. Don’t just sit around waiting for classes and assignments. Research what your profs are working on. Find the leading edge and try to go beyond. Break new ground. Be a hunter, a discoverer. Kindle your sense of adventure and let the fire burn in you.

@Blane_MichealJ @bayarmaa_daam So now estimate the tonnage of graphene sales. (I don’t even bother doing these numbers cause I know the answer = buy more stock :)

@BambroughKevin @bayarmaa_daam Total Market Capture: The automotive plastics market is roughly $115 billion [Previous Knowledge]. If HydroGraph’s tech allows for 20% lighter vehicles, it becomes a mandatory adoption for any OEM seeking to remain competitive in the EV range-extension race.

$HGRAF $HG.CN wow FUDs increased their net short to back 24.05m yesterday until there is no shares available hoping on some weak hands. They are desperate and trapped. x.com/i/status/20335…

Warren Buffett doesn’t just want a moat around his businesses. He wants crocodiles. Sharks. Piranhas. Gators. Quotes from Buffett & Munger that explain why the moat is everything: “What I love, of course, is a big castle and a big moat with piranhas and crocodiles.” “A truly great business must have an enduring ‘moat’ that protects excellent returns on invested capital.” “The key to investing is not assessing how much an industry is going to affect society… but determining the competitive advantage of any given company and, above all, the durability of that advantage.” “The products or services that have wide, sustainable moats around them are the ones that deliver rewards to investors.” His message to every manager he’s ever hired: “Widen the moat. Throw crocodiles, sharks, and gators into it. Service. Quality. Cost. Patents. Location. Whatever it takes.” Charlie Munger said it plainly: “A moat is an intrinsic characteristic that gives the business a durable competitive advantage.” For me, the best companies to invest in are the ones you can tell are busy building a moat. Companies on the forefront of new technologies that understand them better than anyone else. These businesses will quietly behind the scenes engineer new patents that will yield incredible ROI. The patents the $hg $hgraf has and are developing are akin to engineering convex options on the future of tomorrow’s leading product innovations. It’s incredibly difficult to value them. Still, attempting to value them leads to a definite conclusion that you must own a piece of them.

@hattenhof One was publish with the GEIC relating to 3d printing concrete

@BambroughKevin Is there a scientific paper re concrete and fractal graphene? Would like to show it to a German university (Frankfurt)

Here are 10 things fractal graphene can do that ideal 2D graphene can’t: 1.Disperse uniformly at scale — Its 3D fractal morphology prevents the aggregation that makes flat graphene clump and lose performance in real-world matrices. 2.Reinforce composites at ultra-low loadings — Delivers meaningful mechanical gains at 0.01–0.05 wt%, where flat graphene requires 10–100x more material to achieve comparable results. 3.Strengthen concrete — At just 0.02 wt%, it increases compressive strength by 21% and allows 16.7% cement reduction. Flat graphene cannot disperse well enough in cementitious systems to achieve this. 4.Maintain accessible surface area in practice — Fractal porosity keeps surface area usable. Flat graphene restacks in solution, burying most of its theoretical ~2,630 m²/g surface area. 5.Provide 3D structural stability — Turbostratic stacking adds out-of-plane rigidity while retaining in-plane flexibility, a combination single-layer graphene structurally cannot offer. 6.Resist environmental doping — Decoupled turbostratic layers are far less sensitive to substrate effects and atmospheric contaminants that destabilize pristine 2D graphene devices. 7.Enable electrothermal actuation — Its porous, high-edge-density network supports silent, high-force electrothermal actuators — a function not achievable with flat graphene films. 8.Support fractal magnetic states — The unique geometry enables emergent magnetic phenomena not observed in ideal flat graphene lattices. 9.Integrate into 3D-printing and conductive inks — Its fractal geometry and reactive derivatives allow direct incorporation into additive manufacturing and printed electronics at scale. 10.Deliver batch-to-batch consistency at commercial volumes — Flat graphene production methods yield variable quality. HydroGraph’s detonation synthesis produces 99.8% purity fractal graphene with reproducible performance — a prerequisite for industrial adoption that ideal 2D graphene production cannot yet match.

@rand_longevity Good article. Misses a key fundamental layer. Nanomaterials. In that space… pristine turbostratic fractal graphene is the pearl

things are about to get wild

@elonmusk @BrianRoemmele And fractal graphene aggregates Call me… lol

@BrianRoemmele The AI race will come down to scaling power and chip output

Millions of AI4 chips building a massive AI super computer network! Your car ain’t just a self driving robot, it is a node in an AI planetary super computer. No other company but Tesla can salvage this stranded compute (and power). One reason they win the AI race.

@zzzTrAsHeRzzz @kidrickhewat @erprouty And 100+ more military applications

@kidrickhewat @BambroughKevin @erprouty ⚡️ Radar Stealth: Wave-absorbing coatings 🛡️ Armor: Light, ballistic-grade protection ⚙️ Lube: Zero-friction for weapons/engines 🔋 Energy: Fast-charge tactical batteries 📡 Shielding: Blocks EMI/jamming

.@BambroughKevin here are some questions I posed to Grok: GROK, if the us government wanted the most cutting edge weapon technology, would graphene be a consideration to develop in their technology? Graphene is not only a consideration for the U.S. government but is actively being developed as a cornerstone of next-generation military technology. The Department of Defense (DoD) has invested over $120 million in graphene-related research since 2018. Known as a "miracle material," graphene is roughly 200 times stronger than steel while remaining incredibly lightweight, flexible, and conductive. The U.S. government views graphene as a critical national security priority due to its potential to revolutionize several weapon and defense sectors: 1. Advanced Armor and Ballistics Body Armor: Researchers at the Advanced Science Research Center found that just two layers of graphene can become as hard as diamond on impact. Current projects aim to develop flexible, lightweight "soft" armor that can stop rifle rounds while reducing soldier fatigue. Vehicle Protection: Graphene-composite armor can enhance ballistic protection for vehicles and aircraft while reducing their total weight by approximately 30%. 2. Enhanced Weaponry and Electronics Directed Energy Weapons: Graphene’s high electrical conductivity is being used to improve the efficiency of laser and electromagnetic pulse (EMP) systems. High-Speed Radar: The Air Force Research Laboratory has investigated graphene to enable "band-hopping" radar and semiconductors that could be 100 times faster than current state-of-the-art technology. Ammunition: Coatings are being developed to reduce wear on firearms, extending the operational life of weapons systems. 3. Stealth and Surveillance Radar Absorption: Graphene coatings can reduce the radar cross-section of aircraft and naval vessels by up to 70%, making them much harder to detect. Advanced Sensors: Because of its extreme sensitivity, graphene is being used to create sensors that can detect trace amounts of chemical, biological, or explosive agents. 4. Logistics and Infrastructure Power Systems: The DoD is funding companies like NanoGraf to develop graphene-wrapped silicon batteries that offer longer run-times and faster charging for equipment in the field. Resilient Infrastructure: The U.S. Army Engineer Research and Development Center (ERDC) is researching graphene-infused concrete for rapid runway repairs and blast-resistant bunkers. GROK, Then to have the best technology, would the US Government want the highest quality and most consistent graphene available? If so, what companies should they consider? To maintain a technological edge, the U.S. government absolutely requires the highest quality and most consistent graphene available. For "cutting-edge" weapons—such as high-frequency radar, ultra-sensitive sensors, or advanced semiconductors—only high-purity, monolayer graphene or low-defect "pristine" graphene will suffice. Lower-quality graphene nanoplatelets are useful for structural armor but cannot support the electronic performance required for next-generation defense systems. The following companies are significant players the U.S. government considers: High-Volume Industrial Leaders (North American Partners) For mass-market military needs like vehicle armor or battery technology, the government looks to large-scale producers in allied nations. NanoXplore (Canada): Currently the largest producer of graphene powder in North America, focusing on graphene-enhanced polymers for automotive and ballistic applications. HydroGraph Clean Power (Canada/U.S. presence): Uses a unique explosion-based "detonation" method to create ultra-high-purity, defect-free graphene specifically for high-spec energy storage and composites. Grok, What is your guess on whether or not the us government is already considering integrating graphene into their technologies? It is a certainty that the U.S. government is actively integrating graphene into its technologies. This is not a matter of "guesswork," as numerous Department of Defense (DoD) agencies have publicly documented ongoing contracts, field tests, and research breakthroughs involving the material . Evidence of active integration across major military branches include: 1. Active Contracts and Field Testing Radar and Directed Energy: Companies like Advanced Graphene Development (AMD) have announced contract extensions with the U.S. Army for radar mitigation projects and "laser-blocking" technology for the Irregular Warfare Technology Support Directorate (IWTSD). Ballistic Shielding: The first graphene-enhanced rifle-rated ballistic shield (GC Patrol Shield®) recently received third-party verification, proving it can stop 7.62mm and 5.56mm rounds at half the weight of traditional shields. Smart Bandages: Through the BEST program, DARPA is developing "smart bandages" that use graphene sensors to monitor wound infections in real-time on the battlefield. 2. Strategic Infrastructure and Logistics Resilient Paving: The U.S. Army Engineer Research and Development Center (ERDC) is testing graphene-infused asphalt and concrete to increase the longevity and strength of military infrastructure like runways. Water Purification: The ERDC is also using graphene nanoplatelets to remove hazardous munitions compounds (like TNT and RDX) from water supplies. 3. Next-Generation Electronics High-Frequency Radar: The Air Force Research Laboratory (AFRL) has identified graphene as a critical path for "band-hopping" radar and semiconductors that could be 100 times faster than current silicon-based tech. Thermal Imaging: Army-funded research recently developed a graphene bolometer with 100,000 times higher sensitivity than current commercial sensors, potentially allowing for single-photon microwave detection in electronic warfare. GROK, I've heard that the us government is considering creating a research center in the US, similar to the GEIC in Manchester, England. If so, are there any companies you're aware of that the US Government may want to partner with in the research? The U.S. government is indeed moving toward a centralized "hub" model for graphene and advanced materials, heavily influenced by the success of the Graphene Engineering Innovation Centre (GEIC) in Manchester. While a single "National Graphene Center" identical to the GEIC does not yet exist as a standalone building, the U.S. Army Engineer Research and Development Center (ERDC) has launched a major initiative that functions as a domestic equivalent, coordinating research across elite universities and private industry. Based on current federal initiatives and existing "Tier 1" partnerships with the GEIC, the following companies are the most likely candidates for a major U.S. government research partnership: High-Performance Material Producers: The government requires partners that can produce "pristine" or electronics-grade graphene at scale to avoid the defects found in cheaper, bulk-produced versions. HydroGraph Clean Power: This company is a prime candidate due to its existing "Tier 1" partnership with the GEIC and its expanding production footprint in the U.S.. They are already collaborating with the U.S. Army Research Laboratory (ARL) to move graphene from the lab to industrial military trials. Universal Matter: Their "Flash Joule Heating" technology (developed at Rice University) is a cornerstone of the U.S. Army's current graphene initiative. The government has a strong interest in this method because it can produce high-quality graphene from almost any carbon source, including waste. General Graphene: As a leader in large-area CVD (Chemical Vapor Deposition) graphene, they would be a critical partner for electronic applications like high-speed radar and next-gen sensors.