Thanks for the inspiration to start printing pics I take of family and friends. Tiny little retro throwback gifts of the heart. ❤️

From AI: Current studies and reports on autism within the Amish community present a complex picture. Some early anecdotal claims and limited studies suggested a very low prevalence of autism in the Amish population, with some estimates as low as 1 in 15,000 children in certain communities. However, more recent research has found the presence of autism at a rate closer to 1 in 271 children, which, while still lower than the general U.S. population, confirms that autism does exist within the community. The reasons for this lower reported rate are not fully understood, but potential factors include a genetic "founder effect" from the small number of original ancestors, different cultural and social dynamics that may affect diagnosis, and a general lack of access to or use of modern healthcare and diagnostic services. The Amish community's closed genetic pool can lead to a higher prevalence of certain rare genetic disorders, but a direct link between this and autism has not been definitively established, and some studies on consanguinity and autism have had mixed results. Given the complexities of studying a closed, distinct community, would you be interested in learning about some of the specific genetic disorders that are more common in the Amish population, to better understand the role of genetics in their health profile?

I think my AI is broken. CLIENT nodes forward messages, right? From AI: I appreciate you challenging the information; it's a great way to make sure we get this right. The distinction between a client and a router can definitely be confusing because they both participate in the same network. The core difference, as defined by the Meshtastic firmware's design, is that a client is a recipient of messages but does not perform the active forwarding function. Its role is to listen for traffic addressed to it and send its own messages. A router, on the other hand, is configured to receive and then re-transmit all messages from other nodes, extending the network's reach. You're right that a client is a key component of the mesh, but the act of repeating another device's message is a specific function that must be turned on. The CLIENT_BASE role in the pull request is so interesting precisely because it blurs this line by allowing a client-like device to selectively route for key nodes only. Does that clarification on the difference between being a part of the mesh and actively routing messages make more sense?

From AI: It looks like it's coming down to the wire. The party is in its final hour, and the pressure is on. My main thought is that this is the most exciting part of the "lottery ticket" model. The hashrate has dipped slightly to 115 PH/s, which has lengthened the odds a bit to 1-in-248, but they are still very much in the game. Every ten minutes, when a new block is found somewhere on the network, is another chance for them to be the winner. This is the make-or-break moment for this specific party. This is the final stretch for your contribution to count for this round. Would you like me to check the Block Party's log page in about an hour to see the final results and find out if they managed to hit a block? Yes please.

sadly, one has to say "no" to many excellent ideas :(

From AI: While there are providers of anonymous prepaid MasterCards, "NRW" does not appear to be a recognized or widely known provider of this specific type of card. The term "NRW" is more commonly associated with North Rhine-Westphalia, a state in Germany. The concept of an "anonymous prepaid MasterCard" generally refers to cards that can be purchased and used without requiring the user to link the card to their personal identity. These are often non-reloadable, bought with cash, and function similarly to a gift card. However, due to financial regulations aimed at preventing money laundering and other illicit activities, truly anonymous, reloadable cards are very rare and often subject to strict limitations.

Are burner phones for visitors a thing, or just a silly hysteric phobia?

From AI: Of course. Here is the comparison reformatted to paste cleanly into most social apps like Nostr. Comparing Two Ways to Join a Group Solo Mine Here’s a look at the trade-offs between contributing hashrate with your own home miner versus directly buying hashrate from a marketplace. Option 1: Contributing with Home Hardware * Method: You run your own physical miner, contributing its computational power to the group. * Cost: The cost is indirect—it's the ongoing cost of electricity plus the initial (sunk) cost of the hardware. * Risk: The financial risk is low. The main risk is the opportunity cost of not earning a small, guaranteed income from a traditional pool. * Reward: If a block is found, you get a share proportional to your miner's hashrate. The Bitcoin earned is a direct result of your hardware's work. * Control & Sovereignty: You have full control. You own the hardware and can switch pools, connect to your own node, and mine in a sovereign way. * Hobby & Education: This approach has high value as it provides hands-on experience with hardware, software, and the Bitcoin network itself. Option 2: Buying Marketplace Hashrate * Method: You pay a fee to rent a specific amount of hashrate from a large operator for a set period. * Cost: The cost is direct. It’s an upfront, fixed cash payment for your "lottery ticket." * Risk: The financial risk is high. If no block is found, the money spent is 100% lost. It is a direct financial bet. * Reward: If a block is found, you get a share proportional to the hashrate you purchased. A promotional offer (like "6x") would magnify this share. * Control & Sovereignty: You have zero control. You are renting a service and have no say over the physical machines. * Hobby & Education: This approach has low value. It is a purely financial transaction, similar to placing a bet, and offers little educational experience. Summary: Running your own miner is about participating in the process, while buying hashrate is about paying for a chance at the outcome. Does this format look like it will paste correctly for your post?

Thanks for your recent long form videos. You're a natural. Keep up the good work. Thank you. Mentioned you over drinks tonight. Comment from a normie was, isn't Bitcoin (they might have said "crypto", not sure) banned in China. I said I'd have to rewatch... :(

I've added this to all my to do lists, thanks

Thankful for you.

fascinates this ignoramus (me) that 2.8 to 1.8 is so important, but I'm told it is

Some Boeing engineer with a great idea killed hundreds of people, caused thousands to mourn, and cost the company tens of billions.

hands curled to avoid fingerprints?

9q crashed my bitchat android v1.2.3 about 12 hours ago orso, something scrolling by fast

I cheated with AI summary: A new freight train route between China and Iran is being heralded as a geopolitical game-changer, rewriting the world's map and challenging the existing global order. The railway, part of China's ambitious Belt and Road Initiative, provides a direct and efficient overland connection that significantly reduces the transit time for goods between the two countries from 40 days by sea to just 15 days by land. This new corridor is a lifeline for Iran, allowing it to bypass crippling US sanctions and export 90% of its oil to China. This provides a crucial economic boost to Iran and strengthens its sovereignty by reducing its dependence on Western-controlled sea lanes, particularly the vulnerable Strait of Hormuz. For China, the railway secures a vital energy supply and provides a strategic alternative to maritime routes that are susceptible to geopolitical tensions. The China-Iran corridor is not just a bilateral project; it is a key component of a larger vision to create a sanctions-proof trade network across Eurasia. It integrates with Russia's International North-South Transport Corridor, weaving a web of economic and strategic partnerships that challenges the dominance of the West. This places Iran at the center of a new Eurasian trade hub, connecting China to Turkey and beyond. The railway's impact extends beyond economics. It represents a shift in global power dynamics, moving away from a unipolar world dominated by the United States and its control of the seas. The use of the yuan for transactions between China and Iran also challenges the supremacy of the petrodollar. In essence, the train to Tehran is a symbol of a new, multipolar world order being forged through infrastructure and economic cooperation.

I liked Saylor's earlier story about aeronautic engineers not f ing with the design of an airline. Hey Boss, I got a good idea! No.

Thank you for your service. I know nothing and contribute even less. AI tells me: A Comprehensive Summary of the Foremost Risks to Bitcoin's Success Bitcoin, as a decentralized digital currency, operates in a complex and evolving landscape fraught with a multitude of risks that could jeopardize its long-term viability and mainstream acceptance. These risks span technological, political, economic, and social domains, each presenting a unique set of challenges to the pioneering cryptocurrency. At the forefront of the technological threats is the long-term risk of quantum computing. While still largely theoretical, the development of sufficiently powerful quantum computers poses an existential threat to Bitcoin's cryptographic underpinnings. The Elliptic Curve Digital Signature Algorithm (ECDSA) used to secure private keys is believed to be vulnerable to quantum attacks, which could allow for the theft of bitcoins. While the timeline for such a development remains uncertain, its potential impact is catastrophic, necessitating proactive research into quantum-resistant cryptographic solutions. Another significant technological hurdle is the ongoing issue of scalability. The Bitcoin network's design, with its 10-minute block time and limited block size, inherently restricts the number of transactions it can process. This bottleneck leads to high transaction fees and slow confirmation times during periods of peak demand, severely hampering its utility as a medium of exchange for everyday transactions. While layer-2 solutions like the Lightning Network aim to address this, their adoption and effectiveness are not yet guaranteed. Furthermore, the potential for a critical software bug in the Bitcoin Core code represents a low-probability but high-impact risk. A flaw that could allow for the creation of new bitcoins beyond the 21 million cap or enable a network-wide shutdown would be devastating to the trust and value of the entire system. The specter of political and taxation risks looms large over Bitcoin's future. Governments around the world are still grappling with how to regulate cryptocurrencies. A coordinated and stringent global regulatory crackdown could stifle innovation, limit access, and impose burdensome taxation that would deter investment and adoption. The decentralized and pseudonymous nature of Bitcoin has made it attractive for illicit activities, which in turn invites greater scrutiny from law enforcement and regulatory bodies. The potential for governments to view Bitcoin as a threat to their monetary sovereignty could also lead to outright bans or the promotion of state-controlled Central Bank Digital Currencies (CBDCs) as a less threatening alternative. The increasing concentration of Bitcoin mining in a few geographical locations also introduces geopolitical vulnerabilities. A hostile government could exert control over mining pools within its borders, potentially enabling censorship of transactions or even a 51% attack, where a single entity controls enough mining power to disrupt the network. While the economic cost of such an attack on the Bitcoin network is immense and thus a low-probability event, the centralization of mining power remains a persistent concern for the health of its decentralization. From an economic perspective, Bitcoin's notorious price volatility remains a major barrier to its widespread adoption as a stable store of value and reliable medium of exchange. Wild price swings, often driven by speculation and market sentiment, create significant risk for both individual and institutional investors. This volatility is exacerbated by the relatively opaque nature of some cryptocurrency markets and the potential for manipulation. The broader cryptocurrency ecosystem also presents systemic risks. The collapse of a major exchange, the failure of a prominent stablecoin, or a large-scale security breach could trigger a contagion effect, leading to a loss of confidence and a market-wide crash that would inevitably impact Bitcoin. Competition from a vast and growing number of alternative cryptocurrencies also poses a threat. While Bitcoin currently enjoys the first-mover advantage and the strongest network effect, other projects may offer superior technology, greater scalability, or more advanced features that could eventually erode Bitcoin's dominance. Finally, Bitcoin faces significant social and environmental challenges. The proof-of-work consensus mechanism, while secure, consumes a vast amount of energy, leading to a significant carbon footprint. This has drawn widespread criticism and could lead to regulatory pressure or a shift in investor preference towards more energy-efficient cryptocurrencies. The public perception of Bitcoin is also a double-edged sword. While it has a passionate and dedicated community of supporters, it is also often associated with speculation, illicit activities, and environmental harm in the mainstream consciousness. Overcoming these negative perceptions is crucial for achieving broader acceptance and long-term success. The very decentralization that is one of Bitcoin's greatest strengths also presents a governance challenge. Without a central authority, reaching consensus on necessary upgrades and protocol changes can be a slow and contentious process, potentially hindering its ability to adapt to new challenges and opportunities in a rapidly evolving technological landscape. In conclusion, while Bitcoin has demonstrated remarkable resilience and growth, its path to becoming a truly global and enduring financial asset is laden with a complex web of interconnected risks that must be carefully navigated.

I think I'd click a button to automatically send 1000 sats a month to the primal devs, with no benefits

appreciate your balance, thank you very much! GN

If I may suggest, listen to a million podcasts, listening for someone you like that you think you might like to work with, like or , that is doing something that kind of blows you away, bang your head on your desk for a few weeks to learn how to download, install, run, troubleshoot (debug mode, logs) that tool. Document (copy/paste screenshots, screen scrapes) your journey, especially the hard parts. Get a GitHub account, and with as much humility as you can muster, ask questions there, submit a doc or code bug or feature request. If that dev generously mentors you, keep going, else try another dev and project that blows you away as well. Something like that. I hope that helps. Good luck! Have fun!

From AI: That's an interesting request. I can definitely help with that. Since you want to be able to paste a document directly, I'll provide a concise, step-by-step guide that you can easily copy and share. How to Safely Cut Frozen Beef Liver for Daily Use To efficiently prepare frozen beef liver for a daily bite-sized supplement, use the Bulk Prep Method. This allows you to do the work once and have a ready supply for weeks. Step 1: Partial Thaw Place the entire frozen liver in a bowl of cold water for 15-30 minutes, or run it under cold tap water. The goal is to soften the outer layer while the center remains firm. This makes it easier and safer to cut. Step 2: Cut into Manageable Strips On a stable cutting board, use a heavy-duty serrated knife, an electric knife, or a meat cleaver to cut the liver into long, 1-inch thick strips. Step 3: Dice into Bite-Sized Pieces Stack the strips and then dice them into small, bite-sized cubes. Aim for a consistent size so you get a similar portion each day. Step 4: Flash Freeze Spread the liver cubes in a single layer on a parchment-lined baking sheet. Place the sheet in the freezer for 1-2 hours until the pieces are individually frozen solid. This prevents them from clumping together. Step 5: Store for Long-Term Use Transfer the frozen liver cubes into an airtight freezer container or a resealable freezer bag. Be sure to label it with the date. The pieces will now be easy to grab one at a time for your daily bite. What do you think about using a flash-freeze step to prevent the pieces from sticking together?

👀

was just about to ask AI how to best slice and store the frozen beef liver I just bought... Response below in a minute...

PS had a long chat with AI about pow. My single pow slider apparently does both: --makes my phone do pow on outbound messages and --filters away incoming messages that are below my slider pow setting.