VIDEO: Russian Foreign Minister Lavrov Says Ukraine Joining EU Would Be A Good Thing Because It Will Trigger Their Economic Collapse! Putin Insider Victor Bout & Alex Jones Respond ⬇️WATCH ALEX JONES LIVE NOW⬇️ x.com/i/broadcasts/1XxyggrOm…

How much would you sell your eyes for? How much would you pay to restore your mobility if you were paraplegic? How much would telepathy be worth? Neuralink is going to be huge!

Elon, rogue left-wingers are affecting X! We need another purge...

You flagged me for spam?? Wtf, no one even looks at my posts, why would I bother??

Meet Kayla Grosskopf, our Mechanical #Engineer in the test group who supports all millimeter wave #drilling testing, from fixtures and equipment to data acquisition. “I get to do a lot of hands-on work,” she says. “I really enjoy the process of going through design reviews and coming up with ideas, as well as the feedback I get from my #Quaise colleagues.” Kayla joined the company through her senior design project @UTAustin. She spent her first three months at Quaise in the field, where she saw the technology involved firsthand. That experience, she says, allowed her to see how the engineering work she’d be involved with translated to the field. “It was also really helpful in understanding the direction of the company, and what we are trying to achieve with drilling.” Kayla designed and built a hanger clamp to facilitate the addition and removal of waveguides, our metal tubes that guide the millimeter-wave #energy underground. It was exciting, she says, “to see one of my designs materialize for the first time.” Learn more about Kayla: quaise.com/news/meet-kayla-g…

The Economic Restructuring of Personal Robotics and Distributed Manufacturing The convergence of artificial intelligence, reusable space launch, and humanoid robotics represents the most significant economic restructuring since industrialisation. This analysis examines three interconnected developments that will reshape labour, manufacturing, and computation by the end of the decade. Part One: The Optimus Economy Humanoid robots capable of natural language interaction and autonomous task execution will fundamentally alter domestic labour economics. Current projections suggest households will own multiple units within five years of mass production, each specialising in different domains—landscaping, maintenance, cooking, elder care. The economic implication is straightforward: money previously spent on contracted services, vehicles, and consumables redirects entirely toward robot ownership and compute contribution. A household with three robots earning through idle inference processing generates passive income while simultaneously eliminating labour costs for maintenance, landscaping, and household management. Safety architecture proves critical to adoption. Integration of Grok conversational AI with redundant motion-control systems ensures robots can understand natural language requests while maintaining autonomous veto over dangerous actions. A user can ask the robot to paint the house, but the robot's own safety systems determine execution method, timing, and whether the request is feasible. This architecture—conversational interface with autonomous execution control—mirrors Full Self-Driving implementation in Tesla vehicles, where the user suggests navigation but the vehicle maintains driving autonomy. Part Two: The Distributed Compute Network A million household robots in a single city, each equipped with inference-capable processors, collectively form a decentralised data centre superior to traditional cloud infrastructure. Connected via Starlink, these units operate as a swarm compute network requiring no central cooling, no centralised power grid, no maintenance staff. The economics are unprecedented. Individual robot owners earn money by contributing idle processing cycles. Anthropic, Google, and xAI can purchase inference capacity from a distributed network of a million nodes rather than building and operating single massive facilities. Energy costs, thermal management, and infrastructure penalties disappear entirely. A million robots making beds, doing laundry, and gardening while simultaneously running inference workloads represent infinite scalable compute at marginal cost. This model eliminates Amazon Web Services' competitive advantage. AWS required massive capital investment in physical infrastructure. Distributed robotics networks require only robot manufacturers and software providers. The economic moat protecting centralised cloud providers evaporates. Part Three: Manufacturing and Innovation Metal and polymer three-dimensional printing at household scale, combined with AI design systems, enables local manufacturing of nearly any object. Supply chains collapse. Shipping times become irrelevant. A user identifies a need, AI designs a solution, the household 3D printer manufactures it. This capacity unlocks a billion dormant entrepreneurs. Globally, approximately one billion people possess innovative ideas but lack manufacturing capability, capital, or distribution networks. Three-dimensional printing at scale, combined with AI design assistance and distributed compute networks, removes every barrier except creativity and execution. The implication is staggering: a billion people with viable ideas suddenly possess manufacturing capability. Most ideas fail. Some become globally distributed. The collective innovation rate accelerates exponentially. One billion ideas competing simultaneously in a frictionless market produces outcomes impossible under current venture-capital-gatekeeping models. Part Four: Geopolitical Restructuring Control of space launch, in-orbit manufacturing, and satellite internet creates unprecedented asymmetry. SpaceX's vertical integration—Starship reusability reducing launch costs to one dollar per kilogram, TeraFab enabling in-space manufacturing, Starlink providing global connectivity—establishes monopolistic advantage no competitor can match within a decade. This advantage cascades: cheaper launch enables orbital data centres, orbital data centres enable distributed compute networks, distributed networks enable global AI services at marginal cost. Elon Musk's strategic positioning captures value at every layer. Traditional power structures—European bureaucracy, established financial centres, legacy institutions—depend on gatekeeping access to capital and markets. Distributed manufacturing, decentralised compute, and Starlink connectivity bypass every gate. A teenager in rural Africa with internet access possesses equivalent manufacturing and compute capacity as a multinational corporation. Centralised power structures collapse not through revolution but through economic irrelevance. When a billion people possess manufacturing and compute capability, institutions designed to control scarcity become vestigial. Part Five: The Safety Question Democratisation of manufacturing and AI inevitably enables weaponisation. Three-dimensional printing combined with AI design systems allows production of firearms, explosives, and weapons of mass destruction at household scale. This reality cannot be suppressed through regulation. It can only be managed through transparency and human adjudication. Some weapons will be produced. Some people will use them. This represents natural selection operating on human populations—those who live by weapons die by them. Confronting human nature directly, rather than implementing naive censorship, produces more effective governance than pretending violence doesn't exist. Transparent systems with human oversight attempting to distinguish legitimate manufacturing from weaponisation prove superior to blanket prohibition that drives innovation underground. Conclusion By 2035, the distributed economy—personal robots, household manufacturing, decentralised compute, Starlink connectivity—will have fundamentally restructured human civilization. Labour as currently understood ceases to exist. Capital concentration reverses. Innovation accelerates exponentially. Geopolitical power shifts from institutions to individuals. This transition is not speculative. The components exist. Manufacturing timelines are months, not years. The only remaining variables are execution speed and societal adaptation to radical decentralisation of power and capability.

Former UK PM Lizz Truss argues that mass immigration is being weaponised as a means of deliberately undermining the nation state, as part of a broader agenda to destroy Western civilisation. "We're seeing left-wing politicians wanting to encourage immigration to essentially undermine the basis of our society and undermine the basis of Western civilisation." "They want to undermine the family. They want to undermine the nation state." "And people in Britain are saying 'we've had enough of this'... And the reaction by Keir Starmer is to arrest those people and put them in jail."

Must get the drone out soon before they make them illegal...

Coy Cowboy

Starship’s flight trajectory for today’s test

Bessent's "No Excuses" Bombshell: Trump's Treasury Just Cornered LONDON,... youtu.be/cYk8xZvrifI?si=-mbu… via @YouTube

The strongest red flag was when leftists lost the ability to be funny. Comedy relies on subverting expectations to expose truth. Leftism subverts the truth to peddle lies. That’s why they can’t be funny, they can’t reveal the truth, their entire politics depends on concealing it.

Modern Liberal Tolerance™ in 9 seconds 😂 Agree with me… or else you’re a racist, sexist, homophobic, xenophobic, redneck, gun-toting, America-loving BIGOT! The mask always slips.

Mike Pence

How fast can you read?

Grok Summary of Elon Musk’s interview at the Samson International Smart Mobility Summit today. 1. Strong praise for Israel’s innovation edge
Elon called out Israel’s outsized impact, saying it “punches way above its weight, probably #1 in the world” in innovation per capita. He expressed clear admiration for the country’s tech ecosystem, especially in AI and mobility. 2. Tesla FSD & unsupervised robotaxis — near-term reality •Unsupervised robotaxis are coming soon. •Tesla is already running driverless tests in select Texas areas. •FSD availability: Elon stated it will roll out in both the US and Israel by the end of 2026. •As the AI improves, cars will feel increasingly “alive.” •Prediction: In about 10 years, most driving will be AI-handled. 3. Humanoid robots → abundance economy
Elon painted a future where humanoid robots (Optimus and others) vastly outnumber humans. This shift, he said, will create massive abundance and could enable ideas like “universal high income.” He framed smart mobility as part of this broader robotics/AI revolution. 4. Starship, multi-planetary life & Neuralink •Starship’s rapid reusability is the key unlock for becoming multi-planetary and building cities on Mars. •Neuralink was briefly highlighted for restoring function to people with paralysis or vision loss — described in one summary as potentially “Jesus-level” impact. •All of these threads (autonomy, robots, space, brain interfaces) connect to one overarching goal: “maximize the probability that civilization has a great future.” 5. Balanced optimism with risk awareness
Classic Elon: big-picture excitement tempered by realism. He noted risks (including rogue robots/AI) but emphasized proactive development and deployment as the path forward.

Mathematician Sir Roger Penrose: "AI is a bad term. It's not intelligence"

A septic truck was struck by a train while crossing the tracks. You are permitted to say "Holy s$%t!"

But the niggard will speak of niggardness, and his heart will work iniquity, and do wickedly, and speak falsely against the Lord, to make empty the hungry soul, and to cause the drink of the thirsty to fail.

W A I T - - W A I T - - Weren't there people/corporations who were sued by Dominion for saying nasty things about votes being deleted and/or the machines being hooked up to Wi-Fi? As it turns out there is now proof that there was foreign interference and remote internet backdoor access to the U.S. Elections. SO - Now what? Are these fraudsters going to be held accountable at long last?