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Bitcoin is the world's first decentralized cryptocurrency, created in 2009 by the pseudonymous Satoshi Nakamoto. It enables peer-to-peer electronic cash transactions without intermediaries like banks or governments, operating on a blockchain secured by Proof of Work mining and the SHA-256 cryptographic algorithm.   With a fixed supply cap of 21 million coins and programmatic halvings every four years that reduce miner rewards, Bitcoin is designed as a deflationary digital asset often called "digital gold." Its value stems from solving the double-spending problem without trusted intermediaries, creating the first truly scarce digital asset with censorship resistance and permissionless access that no government, corporation, or individual can control.  Bitcoin operates as a decentralized peer-to-peer network where transactions are recorded on a public ledger called the blockchain, distributed across thousands of computers globally. Transactions are grouped into blocks added approximately every 10 minutes through mining, where specialized computers compete to solve complex mathematical puzzles.   Bitcoin has achieved mainstream adoption through multiple vectors. The January 2024 SEC approval of 11 spot Bitcoin ETFs opened Bitcoin investment to traditional finance participants, and corporations like Strategy (formerly MicroStrategy) are using Bitcoin as a treasury reserve asset to protect against currency debasement, offering MSTR holders amplified exposure to Bitcoin.   The Bitcoin ecosystem continues to evolve with innovations like Ordinals, which emerged in January 2023 to enable NFT-like functionality directly on Bitcoin, and BRC-20 tokens, an experimental standard for creating fungible tokens using Ordinal inscriptions. BTCFi (Bitcoin Finance) represents emerging financial applications extending beyond Bitcoin's traditional role, with protocols like Babylon allowing Bitcoin holders to stake BTC to secure Proof of Stake chains.

Bitcoin

Bitcoin is experiencing volatility, sparking debates about market manipulation and potential for further decline. Community discussions range from concerns about large liquidations and the impact of macro events to long-term confidence and dip-buying strategies. Some traders are speculating about the potential influence of Saylor's positions and the overall health of the crypto market.

Strategy, Inc. engages in the provision of enterprise analytics and mobility software. The firm designs, develops, markets, and sells software platforms through licensing arrangements and cloud-based subscriptions and related services. Its product packages include Hyper. The company was founded by Michael J. Saylor and Sanjeev K. Bansal on November 17, 1989, and is headquartered in Vienna, VA.

Strategy Inc. - Ordinary Shares - Class A

Strategy

Strategy is trending downwards as Bitcoin's recent volatility sparks concerns about its impact on the company's significant holdings and debt obligations. The community is actively discussing potential liquidation levels and the possibility of a major selloff, with some questioning the long-term viability of Strategy's business model and comparing it to a potential bankruptcy.

Ethereum is a global, open-source platform for decentralized applications. In other words, the vision is to create a world computer that anyone can build applications in a decentralized manner; while all states and data are distributed and publicly accessible. Ethereum supports smart contracts in which developers can write code in order to program digital value. Examples of decentralized apps (dapps) that are built on Ethereum includes tokens, non-fungible tokens, decentralized finance apps, lending protocol, decentralized exchanges, and much more.  On Ethereum, all transactions and smart contract executions require a small fee to be paid. This fee is called Gas. In technical terms, Gas refers to the unit of measure on the amount of computational effort required to execute an operation or a smart contract. The more complex the execution operation is, the more gas is required to fulfill that operation. Gas fees are paid entirely in Ether (ETH), which is the native coin of the blockchain. The price of gas can fluctuate from time to time depending on the network demand.

Ethereum

Ethereum is trending downwards, sparking debates about its value and potential drop to zero, while some community members see it as a buying opportunity. Discussions include the growth of stablecoin transactions on the ETH network and the impact of figures like Tom Lee, with some questioning his predictions. Others point to potential oversold conditions and the possibility of a relief bounce.

Bitmine Immersion Technologies, Inc. is a blockchain technology company, which engages in industrial scale digital asset mining, equipment sales, and hosting operations. It operates through the Cryptocurrency Mining Industry segment. The company was founded on August 16, 1995 and is headquartered in Las Vegas, NV.

BitMine Immersion Technologies Inc

Bitmine Immersion Technologies Inc

Bitmine Immersion Technologies is trending as investors grapple with the stock's steep decline amidst a broader downturn in the crypto market, particularly Ethereum. Community discussions revolve around the credibility of analyst Tom Lee's bullish predictions and the potential for a short squeeze or bottom reversal, with some expressing concerns about margin calls and unrealized losses.

NVIDIA Corp. engages in the design and manufacture of computer graphics processors, chipsets, and related multimedia software. It operates through the following segments: Graphics Processing Unit (GPU) and Compute & Networking. The Graphics segment includes GeForce GPUs for gaming and PCs, the GeForce NOW game streaming service and related infrastructure, Quadro and NVIDIA RTX GPUs for enterprise workstation graphics, virtual GPU, or vGPU, software for cloud-based visual and virtual computing, automotive platforms for infotainment systems, and Omniverse Enterprise software for building and operating metaverse and 3D internet applications. The Compute & Networking segment consists of Data Center accelerated computing platforms and end-to-end networking platforms including Quantum for InfiniBand and Spectrum for Ethernet, NVIDIA DRIVE automated-driving platform and automotive development agreements, Jetson robotics and other embedded platforms, NVIDIA AI Enterprise and other software, and DGX Cloud software and services. The company was founded by Jen Hsun Huang, Chris A. Malachowsky, and Curtis R. Priem in April 1993 and is headquartered in Santa Clara, CA.

NVIDIA Corp

NVDA is experiencing a sell-off despite strong earnings, sparking discussions about an AI bubble and potential accounting issues, driving community concern. Investors are debating whether this dip presents a buying opportunity or signals a deeper correction, and some highlight unusual market behavior.

Ripple is the catchall name for the cryptocurrency platform, the transactional protocol for which is actually XRP, in the same fashion as Ethereum is the name for the platform that facilitates trades in Ether. Like other cryptocurrencies, Ripple is built atop the idea of a distributed ledger network which requires various parties to participate in validating transactions, rather than any singular centralized authority. That facilitates transactions all over the world, and transfer fees are far cheaper than the likes of bitcoin. Unlike other cryptocurrencies, XRP transfers are effectively immediate, requiring no typical confirmation time.  Ripple was originally founded by a single company, Ripple Labs, and continues to be backed by it, rather than the larger network of developers that continue bitcoin’s development. It also doesn’t have a fluctuating amount of its currency in existence. Where bitcoin has a continually growing pool with an eventual maximum, and Ethereum theoretically has no limit, Ripple was created with all of its 100 billion XRP tokens right out of the gate. That number is maintained with no mining and most of the tokens are owned and held by Ripple Labs itself — around 60 billion at the latest count.  Even at the recently reduced value of around half a dollar per XRP, that means Ripple Labs is currently sitting on around $20 billion worth of the cryptocurrency (note: Ripple’s price crashed hard recently, and may be worth far less than $60 billion by time you read this). It holds 55 billion XRP in an escrow account, which allows it to sell up to a billion per month if it so chooses in order to fund new projects and acquisitions. Selling such an amount would likely have a drastic effect on the cryptocurrency’s value, and isn’t something Ripple Labs plans to do anytime soon.  In actuality, Ripple Labs is looking to leverage the technology behind XRP to allow for faster banking transactions around the world. While Bitcoin and other cryptocurrencies are built on the idea of separating financial transactions from the financial organizations of traditional currencies, Ripple is almost the opposite in every sense.  XRP by Ripple price can be found on this page alongside the market capitalization and additional stats.

Ripple

XRP is trending amidst a broader crypto market downturn, with community members debating whether to buy the dip or brace for further declines. Discussions include the potential impact of newly launched XRP ETFs and the upcoming ISO20022 implementation, while some express frustration with the token's price action and its correlation with Bitcoin.

SSgA Active Trust - SPDR S&P 500 ETF Trust

SPY is trending amid concerns about a potential market correction, influenced by a sharp downturn in crypto and AI stocks, with some traders pointing to specific technical levels and margin debt as key factors; community sentiment is mixed, with discussions around dip buying, bearish signals, and potential for a relief rally, while broader macro concerns including possible intervention by Japan and unease around rate cut expectations add to the uncertainty.

iShares Bitcoin Trust ETF - iShares Bitcoin Trust Beneficial Interest

iShares Bitcoin ETF

IBIT is trending amid Bitcoin's price fluctuations and recent ETF outflows, sparking debate about whether it's a buying opportunity or the start of a crypto winter. Community discussions revolve around Bitcoin's next move, potential support levels, and its correlation with broader market trends. Some traders are anticipating a bounce, while others remain bearish, citing historical patterns and macroeconomic concerns.

RAGE GUY (RAGE) is a cryptocurrency inspired by the Rage Guy meme, one of the earliest and most recognizable characters from internet rage comics. The project captures the cultural legacy of early meme history and brings it onto the blockchain in tokenized form. It is designed as a community-driven digital asset that celebrates internet culture, nostalgia, and the role memes play in shaping online communities.

Rage Guy

$RAGE is trending as community members rally around the meme coin and its connection to OG internet culture, specifically Rage Comics. The community emphasizes its strong, active presence across multiple platforms and a shared conviction for long-term success. Some are drawing comparisons to early Bitcoin and highlighting the potential for community-driven growth.

Invesco Capital Management LLC - Invesco QQQ Trust Series 1

QQQ is experiencing volatility as traders assess recent tech earnings, particularly $NVDA, and mixed jobs data, leading to concerns about AI valuations and the likelihood of future Fed rate cuts. Community discussion revolves around potential market manipulation and whether this sell-off presents a buying opportunity or signals further declines. Some traders point to broader market risks, including those related to crypto and international economic factors, while others remain optimistic about a potential bounce.

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$ATLX Still digesting the SLR report.  I already have enough material to write about 20 of my mini-essays.  The report is hard to evaluate because of the incompleteness and also the ongoing nature of the work. This is clearly an area of lithium-rich pegmatites.  The map below shows the degree of surface work already done.  I added the three colored circles . The small red circle is what the SLR report concentrated on.  These two pegmatites were evaluated by core drill and the SLR report.  BMIX started badly on the coring of this area and basically botched it.  The core holes were in the wrong place and drilled at less than optimum angles to intersect the pegmatites.  A learning process for our team that seems to have been corrected already.  These pegmatites were highly weathered and relatively low in Li2O as a result. But, the SLR report states &quot;As depth increases, the concentration of lithium in the pegmatite increases due to less weathering.&quot;  I&#39;ll have more posts on this thread.

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$BMIX Still digesting the SLR report.  I already have enough material to write about 20 of my mini-essays.  The report is hard to evaluate because of the incompleteness and also the ongoing nature of the work. This is clearly an area of lithium-rich pegmatites.  The map below shows the degree of surface work already done.  I added the three colored circles . The small red circle is what the SLR report concentrated on.  These two pegmatites were evaluated by core drill and the SLR report.  BMIX started badly on the coring of this area and basically botched it.  The core holes were in the wrong place and drilled at less than optimum angles to intersect the pegmatites.  A learning process for our team that seems to have been corrected already.  These pegmatites were highly weathered and relatively low in Li2O as a result. But, the SLR report states "As depth increases, the concentration of lithium in the pegmatite increases due to less weathering."  I'll have more posts on this thread.

Mr Geology

 Continuing on the red circle and the northern pegmatites:  This cross-section shows the incompleteness of the coring and how vertical core holes failed to intercept the bigger pegmatite.  What is not clear, is how many additional core holes have intersected these pegmatites since these first four.  Will post another map and continue discussing this.

Tony

 This map is crap.  Very low res, blurry.  But it is the only one in the report that shows surface locations of the core holes. It seems only to show surface locations but not the path of these normally deviated holes.  So I can&#39;t tell the hole direction nor pegmatite intercepts of these holes.  In addition, the surface mapping of the pegmatites seems to be very old data and doesn&#39;t match much of the first map I posted.  The SLR report seems to be a mixture of old and newer data and it&#39;s hard to sort it all out.  This map seems to show 10 surface holes around the northern pegmaties, yet the report seems to be built on just 4 core holes.

 This map is crap.  Very low res, blurry.  But it is the only one in the report that shows surface locations of the core holes. It seems only to show surface locations but not the path of these normally deviated holes.  So I can't tell the hole direction nor pegmatite intercepts of these holes.  In addition, the surface mapping of the pegmatites seems to be very old data and doesn't match much of the first map I posted.  The SLR report seems to be a mixture of old and newer data and it's hard to sort it all out.  This map seems to show 10 surface holes around the northern pegmaties, yet the report seems to be built on just 4 core holes.

Lance L

@RokDok I think that&#39;s the reason management ended up hiring Volodymyr. Since he took charge of the operation, it&#39;s been mostly good news.

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 I think that's the reason management ended up hiring Volodymyr. Since he took charge of the operation, it's been mostly good news.

@RokDok I wonder why BMIX botched this so badly with trained geologists on staff?! I guess its one thing to be a geologist and another thing to be a trained miner. As you said &quot;a learning process&quot; and yes hopefully corrected. It sounds like we could have had a much better report if the core holes were in the right place and drilled at just the right angle. Im hopeful that the next report will be much better and everyone gets their ducks in a row. Thanks for your analysis.

 I wonder why BMIX botched this so badly with trained geologists on staff?! I guess its one thing to be a geologist and another thing to be a trained miner. As you said "a learning process" and yes hopefully corrected. It sounds like we could have had a much better report if the core holes were in the right place and drilled at just the right angle. Im hopeful that the next report will be much better and everyone gets their ducks in a row. Thanks for your analysis.

@RokDok Thanks for sharing and for not rushing to conclusions. Seems like, given the surface vegetation and topography, that our geologists will learn to pull even more from other sciences also, such as chemistry, physics of materials and light, and botany/zoology. Once we intersect some high % lithium samples, there must be some correlation to narrow the search for higher probability drill targets. Taking into account the effects of time since geological events on current distances.

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 Thanks for sharing and for not rushing to conclusions. Seems like, given the surface vegetation and topography, that our geologists will learn to pull even more from other sciences also, such as chemistry, physics of materials and light, and botany/zoology. Once we intersect some high % lithium samples, there must be some correlation to narrow the search for higher probability drill targets. Taking into account the effects of time since geological events on current distances.

Daniel

@RokDok I will be following you sir quite extensively.

 I will be following you sir quite extensively.

@RokDok Very interesting to learn more insight from your posts. I have been looking at the report and will have to dive in myself much more as it&#39;s a very large report. This seems like a very limited creation by SLR with data they already had, like you stated. With some additional newer information as everything was occurring in real time. There is still a lot of land for the team to drill on and locate, only scratching the surface. 

Is there any other method than drilling and visible surface layer escavation? Meaning, any technology that alleviates the expanse of land such as LIDAR, or magnetic resonance, than can assist teams in locating best areas of veins or deposits?

 Very interesting to learn more insight from your posts. I have been looking at the report and will have to dive in myself much more as it's a very large report. This seems like a very limited creation by SLR with data they already had, like you stated. With some additional newer information as everything was occurring in real time. There is still a lot of land for the team to drill on and locate, only scratching the surface. 

Is there any other method than drilling and visible surface layer escavation? Meaning, any technology that alleviates the expanse of land such as LIDAR, or magnetic resonance, than can assist teams in locating best areas of veins or deposits?

@Aquahoya Thanks for the comments and good questions.  The only indication of another method of detecting these pegmatites that I&#39;ve seen is reported by Lithium Ionic.  The map below comes from LI&#39;s corporate presentation.  It shows an area just to the south of CBL&#39;s big underground spodumene mine, and also in the middle of Sigma&#39;s core area.  Here they talk about and show maps based on soil anomaly. It seems they are doing geochemical analysis of soil to look at Li2O concentration.  In theory these anomalies should align with subsurface pegmatites.  There is very little information on how their methods of sampling and analyzing the soil.

AQFL

 Thanks for the comments and good questions.  The only indication of another method of detecting these pegmatites that I've seen is reported by Lithium Ionic.  The map below comes from LI's corporate presentation.  It shows an area just to the south of CBL's big underground spodumene mine, and also in the middle of Sigma's core area.  Here they talk about and show maps based on soil anomaly. It seems they are doing geochemical analysis of soil to look at Li2O concentration.  In theory these anomalies should align with subsurface pegmatites.  There is very little information on how their methods of sampling and analyzing the soil.

@RokDok @Aquahoya So it requires physical earth extraction of some sort. Lots of equipment that can read or specifically analyze for Li+ traces.

 So it requires physical earth extraction of some sort. Lots of equipment that can read or specifically analyze for Li+ traces.

@Aquahoya Perhaps not that difficult.  Even at my semi-crippled state and advanced age, I could ride a burro (better a Kawasaki Mule) around the prospect, with a pick and shovel and one strong Brazilian man or woman (to dig a little hole to expose fresh soil) :)

https://www.sciaps.com/wp-content/uploads/2016/07/SciAps-ApNote_Measurements-of-Lithium-in-Soils_Jan2017.pdf

Sciaps

 Perhaps not that difficult.  Even at my semi-crippled state and advanced age, I could ride a burro (better a Kawasaki Mule) around the prospect, with a pick and shovel and one strong Brazilian man or woman (to dig a little hole to expose fresh soil) :)



@Aquahoya Well that link didn&#39;t work, let me try again:
https://www.sciaps.com/wp-content/uploads/2016/07/SciAps-ApNote_Measurements-of-Lithium-in-Soils_Jan2017.pdf

 Well that link didn't work, let me try again:


@Aquahoya sorry, maybe because it links to a pdf.  But you can cut and paste the link into browser.

 sorry, maybe because it links to a pdf.  But you can cut and paste the link into browser.

@RokDok @Aquahoya @RokDok @Aquahoya that&#39;s awesome. Prob I didn&#39;t know they had handheld. Thats cost effective. Simple dig of dirt and onsite analysis. I mean, one could just do simple topical surveying like you said. Get a shovel, car, and helicopter to take some decent sampling. Have to start somewhere.

So a spectroscopy handheld. Been a while since I have done chemical analysis. That&#39;s simple and easy and something they should have.

 that's awesome. Prob I didn't know they had handheld. Thats cost effective. Simple dig of dirt and onsite analysis. I mean, one could just do simple topical surveying like you said. Get a shovel, car, and helicopter to take some decent sampling. Have to start somewhere.

So a spectroscopy handheld. Been a while since I have done chemical analysis. That's simple and easy and something they should have.