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The AI Future Is for Everyone

Putting power in people’s hands to pursue their own aspirations is how humanity has made the most progress. Novel ideas and major steps forward rarely originate from established institutions alone. They came from the brothers in a bicycle shop who believed people could fly, the bookbinder’s apprentice with no schooling who figured out how to generate electricity, and the kid in a garage who thought personal computers could be for everyone. We believe this will continue to be true. As everyone gains more powerful tools, each person will become more capable of shaping the future, not less.

Invention, not automation, will be the greatest contribution of superintelligence. Early AI could answer questions and do routine work. Soon it will increasingly help discover new knowledge—from discovering new drugs to cure a family member’s disease to finding new ways to improve your business. While the number of questions you can ask in a day is limited, the number of valuable things superintelligence can invent to help achieve your goals is unlimited.

As intelligence becomes abundant, the most important question will be how we direct it. Some argue that superintelligence itself, or a small set of experts who control it, should decide what is best for humanity. I disagree. The history of democracy and economics has shown that there is no single objective answer to how people define the best life, and therefore the best approach is letting people decide what matters to them.

The AI Apocalypse Is Already Here

From the article — _________________

“Going forward, we can expect politics increasingly to be divided between those to whom the moral decay brought on by generative and agentic AI is incapable of being compensated by any amount of economic growth, and those for whom all humanistic objections seem misguided and irrelevant next to the quest for machine superintelligence. Let us hope that the former prevail.”

Americans do not care for artificial intelligence. Recent polling shows that their attitudes mostly range from ambivalence to horror.

Repurposing deep-Earth tools in the hunt for practical superconductors

If scientists could find a material that acts as a superconductor—that is, one that transmits energy with zero resistance—at normal pressures and relatively high temperatures, it would open up a vast number of possibilities. These include medical imaging, quantum computing and numerous other fields. So, yes, it would be a big deal.

“Right now, almost 50% of the energy in transmission is just heat in copper wires,” said Shomeek Mukhopadhyay. “If you can transmit electricity through wires without dissipating energy, that’s a huge economic benefit. I would say it’s equivalent to having thermonuclear fusion.”

Mukhopadhyay, a research scientist in Chemical & Environmental Engineering, is on the third floor of the Kline Geology Laboratory. Nearby, Natalia Nevskaya, a postdoctoral associate in Earth & Planetary Sciences, prepares a massive device called the Kawai multi-anvil press.

Diabetic Foot Ulcers: Pathophysiology, Immune Dysregulation, and Emerging Therapeutic Strategies

Diabetic foot ulcers (DFUs) are among the most common and debilitating complications of diabetes mellitus (DM), affecting approximately 15–25% of patients and contributing to over 85% of non-traumatic amputations. DFUs impose a substantial clinical and economic burden due to high recurrence rates, prolonged wound care, and frequent hospitalizations, accounting for billions in healthcare costs worldwide. The multifactorial pathophysiology of DFUs involves peripheral neuropathy, peripheral arterial disease, chronic inflammation, and impaired tissue regeneration. Recent studies underscore the importance of immune dysregulation—specifically macrophage polarization imbalance, regulatory T cell dysfunction, and neutrophil impairment—as central mechanisms in wound chronicity.

Surviving AI: Are We Entering the Economic Singularity? | Calum Chace

Are AI layoffs and rapid automation signs of the Economic Singularity? Futurist Calum Chace explores AGI, jobs, investment, and the future of work.

Calum Chace Books (More Links Below):
https://calumchace.com/the-economic-s…

Futurist and author Calum Chace returns to examine how artificial intelligence is beginning to reshape employment, investment, infrastructure and the commercial economy. Calum is the author of The Economic Singularity and Surviving AI, a co-founder of the AI company Conscium, and co-host of the London Futurists podcast.

In this interview, we separate three very different stories that are often grouped together as “AI layoffs”: workers directly displaced by automation; employees cut or reallocated when companies restructure or abandon AI projects; and conventional layoffs that may be “AI-washed” to make ordinary cost reductions sound like technological transformation.

We also explore the growing AI backlash. Is today’s anxiety simply part of the normal adoption cycle surrounding a disruptive technology, similar to earlier resistance to the internet, e-commerce and electric vehicles? Or is AI fundamentally different because it can compete directly with human cognitive labor, creativity and professional expertise?

Calum shares his predictions for AI agents, artificial general intelligence and artificial superintelligence, along with the commercial AI applications most likely to generate real value. We examine whether the enormous investment in AI infrastructure represents a speculative bubble, a necessary technological overbuild, or some combination of the two.

Continue reading “Surviving AI: Are We Entering the Economic Singularity? | Calum Chace” | >

World Labs’ SimtoReal Leap Let Robots Run An Hour Alone

🚨 World Labs just showed a big sim-to-real leap: robots that can run autonomously for a full hour without human help.

Better world models and physics transfer are making longer, more reliable autonomous runs possible.

This is a practical win for factories and warehouses — less supervision, higher uptime, and lower deployment costs.

The sim-to-real gap is getting smaller.

Full analysis: [ https://creedtec.online/world-labs-sim-to-real-leap-let-robo…our-alone/](https://creedtec.online/world-labs-sim-to-real-leap-let-robo…our-alone/)

#IndustrialRobotics #SimToReal #Automation

Continue reading “World Labs’ SimtoReal Leap Let Robots Run An Hour Alone” | >

Air Launch, Hypersonics & Responsive Space: Inside Starfighters Space | Tim Franta

Tim Franta, CEO, Starfighters Space

For decades, getting to space has largely meant one thing: launching vertically atop massive rockets from fixed launch pads. But what if the future of space access also includes aircraft capable of flying at more than twice the speed of sound, launching payloads from the edge of the atmosphere, and providing researchers with affordable access to hypersonic flight and microgravity?

Joining us today is Tim Franta, Chief Executive Officer of Starfighters Space (https://starfightersspace.com/), an aerospace company operating the world’s only commercial fleet of flight-ready Mach 2+ F-104 Starfighters. Based at NASA’s Kennedy Space Center, the company is building capabilities that span hypersonic flight testing, airborne research, astronaut and pilot training, and an ambitious air-launch platform known as STARLAUNCH, designed to provide more flexible and responsive access to space.

Tim brings an unusual blend of aerospace leadership, public policy, infrastructure development, and strategic finance. Before leading Starfighters Space, he helped shape Florida’s modern space ecosystem through leadership roles with Energy Florida and the Florida Space Authority, where he worked on launch infrastructure, legislation, and hundreds of millions of dollars in space-related investment.

Today we’ll discuss why aircraft may become an increasingly important part of the space economy, how commercial innovation is changing access to orbit, the growing importance of hypersonic technologies, and what the next decade of aerospace infrastructure might look like.

Continue reading “Air Launch, Hypersonics & Responsive Space: Inside Starfighters Space | Tim Franta” | >

Are gas turbines ready for the hydrogen economy?

Can we fuel gas turbines with hydrogen instead of fossil fuels and cut 15% of global carbon dioxide (CO2) emissions? Gas turbines generate around 22% of the world’s electricity. Replacing fossil fuels is a key step toward more sustainable power generation. Hydrogen is widely considered a promising alternative fuel for gas turbines in both power generation and aviation. However, before hydrogen can be used safely on a large scale, researchers need to better understand how it affects the materials exposed to the extreme operating conditions inside turbines.

While the interaction between hydrogen and metallic materials has been extensively studied at ambient temperatures, far less is known about its effects at the elevated temperatures found in gas turbines. An international team of researchers has now investigated how hydrogen affects nickel-based superalloys—the materials of choice for gas turbines—at elevated temperatures.

Their results indicate that hydrogen-induced embrittlement can be at least twice as severe, posing a significant challenge for components that must meet the highest standards of safety and reliability. Researchers at the Max Planck Institute for Sustainable Materials (MPI-SusMat) and their collaborators published the new findings in the journal Nature Materials.

World Happiness Report 2026: Complex Global Picture of Social Media and Happiness

Life evaluations among under 25s in the United States, Canada, Australia and New Zealand have dropped dramatically (by almost one point on a 0–10 scale) over the past decade, while the average for the young in the rest of the world has increased, according to Gallup World Poll data.

One international survey1 of 15-year-olds in nearly 50 countries suggests heavy social media use is associated, on average, with a significant drop in wellbeing among the students surveyed, though any effect is highly dependent on the type of social media platform being used, how it is used, as well as demographic factors such as gender and socio-economic status.

Other factors, such as social connections and a sense of belonging, are associated with much bigger changes in how respondents feel about their lives.

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