Hosted by the european conference on artificial intelligence.
Sponsored by Google DeepMind.
In August 1970, six chess-playing programs and their developers gathered in New York to compete in the 1st United States Computer Chess Championship. This important event in the history of AI research began a series of annual competitions that continues to this day, longer than any other experiment in computer science history.
There’s a very specific reason the tech giants are suddenly racing to get AI running locally on your phone, watch, and smart glasses.
The traditional Operating System (OS) is quietly being retired. Soon, the OS as you know it will be replaced entirely by an omnipresent AI hub.
But if the OS becomes an AI, what happens to that grid of static apps we rely on every day? And when the friction of swiping and searching disappears, how does the underlying economy of the Internet shift?
In my latest piece, I explore what happens next: the death of the app, the rise of dynamic AI “Sparks,” and a hidden token economy where your device doesn’t just cost you money—it generates it.
Want a glimpse at what your digital life looks like when you stop swiping and start orchestrating?
I have been on a breathtaking journey, for decades I have been watching how we connect with the world and each other. If you’ve been around tech long enough, you remember the humble hum of single twisted-pair copper wires, and the sheer, brick-like weight of early cell phones. Fast forward to today, and we are streaming the entirety of human knowledge over millimeter-wave antennas onto super-thin slabs of glass in our pockets.
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REFERENCES
How the 4 fundamental forces work • Why & How do the 4 fundamental forces of n…
History of atom • The Quantum Mechanical model of an atom. W…
Strong Force • Why Don’t Protons Fly Apart in the Nucleus… https://tinyurl.com/2bqv3b9y
Source of mass • How Can MASS and ENERGY be the Same Thing?… https://tinyurl.com/29crnzy2
Medium article https://tinyurl.com/2by2sdbq
Weak Force https://tinyurl.com/25gp9ty7
CHAPTERS
0:00 Why Universe is inside an Atom
1:29 What is an atom?
4:44 Louis de Broglie finds waves!
6:28 Electromagnetic force explained
7:24-Sponsor InVideo
8:35 Strong Force explained, color charges!
12:33 Weak Force explained
14:58 Why is Weak Force called a \.
In a previous article, I traced Adversarial Convergence (AC) through 2,500 years of human intellectual history — from Sun Tzu’s unsentimental assessment of self and enemy, through Socrates’ elenchus, through Hegel’s dialectic, and to Kant’s critical method. The argument was that AC isn’t a novel prompt engineering technique. It’s a formalization of something human cognition has been doing naturally whenever it operates at points of tension and resolution.
This raises a deeper question: why does structured adversarial reasoning consistently produce more refined analysis and conclusions? What is it about human cognitive architecture that makes this particular structure the natural shape of rigorous truth-seeking? The answer appears to live, at least in part, in a small but remarkably important region of the brain.
I called it, and said it for decades in here. ASI will be lead in to LEV.
Also, expect people and corpos in medical industry to freak out, and suddenly turn Anti Ai, once realized we are now about 9 years, (2035), from day Disease is no longer a Cash Cow to center careers and industries around. its already started, Doctors tryin to say AI is harmful and cant be trusted.
Derya Unutmaz, professor of immunology, is blown away by AI’s potential to improve healthcare. Here he lays out how he envisions the technology transforming drug discovery and disease eradication.
What happens when two of the greatest sci-fi universes collide? ⚔️
In this deep-dive, we break down the ultimate showdown: Star Trek vs Star Wars — and uncover the TRUTH about who would actually win.
This isn’t just fan debate. We’re analyzing technology, weapons, strategy, and realism to answer the question once and for all. From the advanced warp-driven fleets of the United Federation of Planets to the Force-wielding dominance of the Galactic Empire, every advantage and weakness is put under the microscope.
Could a Star Destroyer overpower the USS Enterprise?
Is the Force the ultimate trump card?
Or does superior engineering give Star Trek the edge?
This video dives into:
Starship combat and firepower ⚡
Shields vs deflectors 🛡️
Warp speed vs hyperspace 🚀
AI, tactics, and battle strategy 🧠
The real science behind both universes.
By the end, you’ll see which universe holds the TRUE advantage—and why the answer might surprise you.
Wireless communication is about to get stronger, clearer, and more secure, thanks to a new idea from UBC Okanagan researchers. Dr. Anas Chaaban and his team in the School of Engineering are exploring a method to improve the way stacked intelligent surfaces (SIS) can process electromagnetic waves more efficiently.
SIS is an emerging alternative to conventional wireless hardware, Dr. Chaaban says, as layers of specially engineered materials are used to directly manipulate electromagnetic waves.
“Electromagnetic waves travel through special surfaces that consist of several elements. These elements mimic neurons in a computerized neural network,” Dr. Chaaban says. “As the waves move through the surface, each element changes them slightly. When the waves come out, they are captured by antennas that send the signals to digital processors for further analysis.”
Now, as artificial intelligence enters the classroom, proponents argue it will be a welcome revolution for schools — but with limited guardrails, could it do more harm than good? Horizons moderator William Brangham explores the future of AI and education with Khan Academy founder Salman Khan, who has launched a new AI assistant for teachers.
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