trab
185 posts


Here she is.
So many are committed to losing money in this scam.
$HGRAF Hydrograph CEO
I can’t short it since there are no puts so this is a public service


🤠AI Rabbi Weimar Silver Baron 🤠@BankerWeimar
The Hydrograph CEO is predicting share prices 😆 Jesus fucking Christ… I can’t even begin to describe how stupid and unusual this is, guaranteed to get her sued pretty much. She’s a model, spokesperson and instagram thot, so 🤷 $HGRAF
English

$HGRAF $HG.CSE investors are in for a reality check. Should have done their homework
capybararesearch.com/reports/hydrog…
Capybara Research@CapybaraShort
$HGRAF CEO & Chair has an interesting promo history. includes sex toys, animated porn, and affiliate marketing
English

Kevin Bambrough & $HGRAF CEO Kjirstin Breure just torched what little reputation they had with a shameless pink sheets promo. Kevin's bully threats with @SECGov & lawyers to intimidate & silence critics backfired spectacularly. A scandal in the making for the history books.

English

@blakestonks The folks who use adobe products are getting replaced by AI, likely low to no growth of users. Wouldn’t be surprised if their user base declines over the coming years.
English

@BettingBruiser the article said they partnered with Hawkeye Bio and Ease Healthcare. I believe Ease Healthcare has more than 5 employees.....
globenewswire.com/news-release/2…
English

@scamsweeper Nowhere in this article does it say they paid for promotional content?
English

Breakthrough in Quantum Friction: Folded Graphene Reveals Hidden Energy Pathways
————————————
Chinese scientists have experimentally detected quantum friction between two solid surfaces for the first time—by manipulating folded graphene, the atomic-scale “wonder material” that’s already redefining physics, electronics, and materials science.
————————————
🧠 What Did They Do?
The team from the Lanzhou Institute of Chemical Physics, led by Prof. Zhang Junyan and Assoc. Prof. Gong Zhenbin, folded single-atom-thin sheets of graphene into multilayered edges with precision nanomanipulation. These folds created internal strain fields and pseudo-magnetic effects that trapped electrons in strange, quantized energy zones called pseudo-Landau levels.
The result? A nonlinear, quantum-sensitive friction profile that defies classical laws of mechanics.
————————————
📊 What Makes This Important?
This is not your everyday surface roughness or tribological wear study. Instead, this work directly proves that friction isn’t just mechanical—it can be quantum, governed by how electrons interact, scatter, or get trapped at interfaces. Their key findings:
Friction didn't scale linearly with layer thickness.
In some cases, friction decreased as more layers were added.
The quantum friction was temperature-dependent, tested at ultra-low cryogenic conditions.
This contradicts classical models that expect more mass and contact area to yield more friction.
————————————
⚛️ Frequency Wave Theory (FWT) Interpretation
From a Frequency Wave Theory perspective, this discovery is foundational proof that friction is a wave interaction phenomenon, not merely particle-based surface resistance. Here’s how FWT would interpret this:
Electron Standing Waves: Folding graphene creates internal resonant cavities, where electron waves reflect, interfere, and form nodes. These nodes define pseudo-Landau levels, stabilizing the system and reducing chaotic energy loss.
Frequency Momentum Suppression: The internal strain redirects the angular frequency vector (ω) and the amplitude envelope (A) of internal waveforms. According to Frequency Momentum (FM = Aω), suppressing energy dispersion across layers would reduce friction, as observed.
Quantum Friction = Phase Decoherence: What they call “quantum friction” is better modeled as phase decoherence of waveform-bound electrons at interfacial boundaries. When those waveforms lock into harmonic states, energy loss via phonon scattering drops, and friction declines.
Graphene as a Superfluid-Like Conductor: In this folded form, graphene is behaving like a quasi-superfluid—waveforms are entrained into a coherent, loss-minimizing state.
————————————
🔬 Broader Implications
Next-Gen Nanoscale Machines: You can now imagine nanobots and quantum MEMS (microelectromechanical systems) that tune their surface waves to reduce resistance.
Heat-Free Electronics: Devices could be engineered to dissipate almost no energy through heat—simply by embedding frequency-engineered folds in their substrates.
Quantum Computers: Quantum processors could exploit pseudo-Landau level harmonics to reduce decoherence and manage frictionless qubit interfaces.
Spacecraft Materials: Superlubricity under strain-controlled frequency fields could allow moving parts to last exponentially longer, even in harsh, cold environments.
————————————
🧪 Next Steps in Research
The team plans to:
Repeat the experiments with boron nitride, molybdenum disulfide, and other 2D materials.
Test at room temperature and under electric/magnetic field modulation.
Explore resonant frequency mapping to simulate dynamic friction control.
————————————
🖼️ Image Analysis
The image you provided—a stylized metallic honeycomb lattice—visually echoes the hexagonal graphene structure. Its reflective, curved surfaces hint at internal tension and folded topology. It's a conceptual rendering of how folded layers alter electron trajectories across a curved geometry, leading to emergent properties like quantum friction. In FWT terms, this image is a symbolic representation of wave-locked cavities where internal waveform harmonics stabilize material behavior.
————————————
🧩 Final Thought
This isn’t just a cool twist in materials science. It’s evidence that the quantum world responds to geometric waveform tuning—and folded graphene might be the first proof-of-concept for engineering friction with resonance instead of brute force.
Or put another way: Fold the fabric of reality just right—and even friction will obey your frequency.
————————————
FULL ARTICLE @ drewponder.substack.com
📡 Learn more: FrequencyWaveTheory.com
English

Chinese scientists achieve breakthrough, detect rare quantum friction in folded graphene
interestingengineering.com/science/chines…

English

Yes it could pull back. Yes there’s a lot of warrants out. Yes, I know and don’t give a shit. I’m buying heavy because I believe the time is right for graphene and hydrograph.
Patent portfolio is amazing and growing
Process is best for purity and also crystallization. All graphene is unique and theirs performs wonders in the products of every kind.
English

@market_sleuth @Reformed_Trader Please don’t ! Your insight is very valuable.
English

@BambroughKevin Please start a service - id happy pay money for your recommendations
English

What most new mining cycle investors quickly discover is that commodity prices going up 2x barely help many of would be producers. Trouble is when commodities go up in price so do the cost of producing commodities.
Sometimes the equities run ahead. Then lag as the commodity price needs to catch up. Other times the commodity price leads. Once bitten twice shy… it’s a rope a dope for many.
Commodity bulls are tricky to ride
The biggest success I’ve had came as a result of rotating from sector to sector. Playing wack-a-mole with my portfolio
I tried to find good stocks to play in major commodity sectors. Then take profits after great runs and buy the lagging sectors.
Agriculture, potash, phosphate, oil, gas, coal, uranium, platinum, silver, gold, copper, moly, nickel, etc etc etc.
English


















