Grab the Guide here👉: https://technomics.gumroad.com/l/ai-survival-guide.
Everyone is obsessing over chatbots, but the true Singularity isn’t happening on a screen. It starts the moment super-intelligence gets a body.
In this video, we break down The Robot Singularity: the moment AGI enters the physical economy and makes human labor mathematically obsolete.
Video Timestamps:
00:00 — The Hook: Why Digital AGI is Just the Beginning.
00:48 — The Roadmap: Realizing Science Fiction.
A robot revolution, driven by advancements in robotics and AI, is imminent and will drastically transform the economy, labor, and society, leading to a post-labor, post-scarcity system with abundant energy and labor ##
## Questions to inspire discussion.
Investment & National Strategy.
🚀 Q: Why should governments prioritize humanoid robot investment now? A: Governments must treat humanoid robots as a national priority for transforming productivity and defense, with enormous investments justified because there’s no time to lose as both the US and China have already recognized this imperative.
💰 Q: What economic growth rates become possible with early humanoid robot adoption? A: Spinning up the humanoid robot flywheel early enables exponential economic growth rates of 20–100% per year, unlocking unprecedented prosperity and catapulting societies up the curve over the next 15 years.
⚡ Q: Which countries or entities will likely lead the humanoid robot transformation? A: Outsiders rather than incumbents or centers of power will lead the transformation to a new economic paradigm, as history shows leadership typically comes from the edge rather than the status quo.
Malaria continues to place a substantial burden on many emerging economies, contributing to significant loss of life, long-term disability, and economic disruption. According to the World Health Organization, the disease accounts for about 600,000 deaths each year, with the highest impact in low- and middle-income regions where access to prompt diagnosis and treatment remains limited.
Questions to inspire discussion.
Launch Economics & Viability.
🚀 Q: What launch cost makes space data centers economically competitive? A: Space data centers become cost-competitive with ground systems when launch costs drop to approximately $200/kg, according to Google’s Suncatcher paper, making the economics viable for moving compute infrastructure off-Earth.
💰 Q: Why might SpaceX pursue a $1.5 trillion IPO valuation? A: The projected $1.5 trillion SpaceX IPO valuation is speculated to fund the capital-intensive race to establish space-based data centers and secure the best orbital positions before competitors.
🏢 Q: Which companies can realistically build space data centers first? A: Vertically integrated organizations like SpaceX, Relativity Space, and Blue Origin lead because they control launch infrastructure, can self-fund deployment, and serve as their own customers for space compute capacity.
🛰️ Q: How would space data centers physically connect GPUs across satellites? A: Multiple free-flying satellites in formation (like 20+ Starlink satellites) use inter-satellite optical connections to enable communication between GPUs, creating high-density computing clusters in orbit.
The rapid accumulation of plastic waste is currently posing significant risks for both human health and the environment on Earth. A possible solution to this problem would be to recycle plastic waste, breaking it into smaller molecules that can be used to produce valuable chemicals.
Researchers at Nanjing Forestry University and Tsinghua University recently introduced a new approach to convert polystyrene (PS), a plastic widely used to pack some foods and other products, into toluene, a hydrocarbon that is of value in industrial and manufacturing settings. Their proposed strategy, outlined in a paper published in Nature Nanotechnology, entails heating polystyrene waste in hydrogen and breaking it down into smaller vapor molecules, a process known as hydro-pyrolysis.
Life-cycle and techno-economic analyses performed by the team showed that the newly introduced process could reduce the carbon footprint of toluene production by 53%, producing toluene at an estimated cost of $0.61/kg, which is below the current industry benchmark.
El Niño–Southern Oscillation (ENSO) profoundly affects Australian weather, climate, ecosystems and socio-economic sectors. This Review presents the progress made in understanding ENSO teleconnections to Australian weather over the past 40 years, describing the atmospheric dynamics, complexities and impacts of this climate phenomenon.
Ozone depletion, economic crash, loss of access to space, these and many other threats from space debris can averted. See how turn space trash into cold cash!
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Money is supposed to be the reward for effort. Elon Musk thinks it eventually becomes unnecessary paperwork.
While talking with Indian entrepreneur and investor Nikhil Kamath on the “People by WTF” podcast last month, the Tesla and SpaceX CEO and richest man in the world returned to a theme he’s raised before. It’s one he treats less like a theory and more like an inevitability. As artificial intelligence and robotics accelerate, Musk believes society moves past jobs, past income debates, and straight into something stranger.
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But the report was also marked by the flaws of its technocratic conception. Crucially, the broader stakes of the global energy transition went ignored. This is a mistake in urgent need of correction. The decarbonization agenda is not simply about reordering markets or industrial policies, but in fact represents the crucible for a new geopolitical order.
Four years ago, the International Energy Agency (IEA) published a landmark report, “Net Zero by 2050: A Roadmap for the Global Energy Sector,” that proposed a technical blueprint for a global green energy transition by the middle of this century. The report focused on the economic and technological dimensions of this energy transition. It was an admirable effort that calls for careful study.