All published intelligence, sovereign stack research, ecosystem news, and AI foundation model reviews.
It's time for a new puzzle of the month. Imagine you choose 10 random chords on a circle. The puzzle is, what's the expected number of intersection points inside that circle? And what about if instead it was 100 [music] randomly chosen chords? Hang on, hang on, hang on, I hear…
Claude Shannon figured out how the compressibility of English text depends on how predictable it is, so he made multiple attempts at understanding the probability of each new character in English. His earliest experiments involved looking at specific short sequences of…
Here's a puzzle from a video I just posted. Imagine you have sent a robot to a far-away moon, and from here on Earth we want to send it instructions for how to move. Those movements are limited to four very simple possibilities. It can take a step up, down, left, or right.…
It's time for a new puzzle of the month. Imagine you have a lot of pieces of string and you drop them into a box. You reach in and blindly grab two random ends and then you tie those ends together and then you do it again. You choose two more ends of the strings at random, tie…
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Команда Isoft Kazakhstan вместе с нашими клиентами и партнерами посетила международную выставку GITEX AI Kazakhstan, которая прошла 4–5 мая в Алматы. Выставка объединила более 600 компаний и участников из десятков стран мира, став одной из крупнейших tech-площадок Центральной…
In 1981, Richard Feynman posited that to simulate the natural world accurately, computing architectures must inherently operate on quantum mechanical principles. At Google Quantum AI, our mission is to build quantum computing for otherwise unsolvable problems. By focusing our…
This is a simple neural network lunar lander simulator that I trained to land on the surface of the moon. It only has a 65% success [music] rate. So, no, NASA won't be knocking on my door anytime soon. But, what has been absolutely fracturing my brain about this is that the size…
Here's this month's new puzzle for you. Suppose you have 10 points somewhere on the two-dimensional plane, and your goal is to cover them all with a set of unit discs, that is, discs that have a radius of one. The one rule is that they can't overlap. They have to be disjoint.…
This is what DLSS 5 will apparently look like running your game. And DLSS 5 is the latest and greatest innovation from Nvidia. Yes, the graphics card company. And here's how they describe what's going on. It takes a game's color and motion vectors for each [music] frame as…
This is one of the weirdest pieces of art I think I've ever seen. It's M.C. Escher's 1956 lithograph, The Print Gallery. And it takes a little moment to wrap your head around what's going on. We have a man looking at a picture of a boat. That boat is in a harbor of a small town…
You and I are going to play a game. The way it works is that I look at all of the numbers from one up to 100 and I choose 10 of them. I then present you with these 10 numbers and your challenge is to find two distinct subsets from whatever I choose that have the same sum. So,…
Hello. So as we discussed last time uh linear car filter and we derived the equations and u see the some uh python simulation as well how we can use carbon filter for uh state estimation. So carbon filter let's divise it. Uh so computer has two stages as you said as you see uh…
Команда ISOFT Kazakhstan посетила международную технологическую выставку Intelligent Asia Thailand 2026 в Бангкоке. 🤖 Роботы, автоматизация, умные производства и технологии будущего для бизнеса. ⚙️🏭 Мы изучаем мировые решения, чтобы внедрять их в Казахстане. 🌍 Хотите поехать…
I was 9 years old when I watched the culture-shifting film The Matrix. So, I didn't fully understand what they were yapping about at the time. But, what I did understand was that there was a simulated world that was separate from the real world. And regular people like you and…
It can be pretty hard to find those career gems when you need them. That's why you need a career intelligence platform. That's why you need Kazzy AI. Whether you're pursuing a new role, a salary raise, a promotion, a new job, or a new career, Kazzy AI can empower you to…
The story of your career is stellar, but you might not know it yet. Kazzy AI helps you understand and tell the incredible story of your career. Every day you add valuable knowledge, skills, and realworld experience to your career story. This is the evidence that qualifies you…
All right, I think we're streaming already. Wow, auto start was on. My bad. Whatever. Uh, chat. Why is chat not working for me? That's not good. Uh, give me a [clears throat] second. I need to figure out why I can't see the chat. It's just like an error. It just says something…
So this was the hardware we designed for our 1985 experiment. At the bottom of this part here, you see a superconducting chip. If you look at Google's quantum computer, it's sort of the same in principle, but multiplied on the scale of a hundred. In the mid '80s, the idea that…
Please welcome SVP of Research Labs, Technology and Society, James Manyika and founder and lead of Google Quantum AI, Hartmut Neven. You know, one of the most far reaching and exciting parts of what Google Research does is the work that the Quantum AI team does. And, it's great…
Building quantum computers faces a core challenge: control qubits without losing info. Hear from Yu Chen, Director, Quantum Processor, on the “secret sauce” behind Willow. It let Quantum Echoes run 13,000x faster, a verifiable quantum advantage. Read more on the Keyword →…
In collaboration with UC Berkeley, we predicted molecular structures using our Quantum Echoes algorithm on Willow, then verified our predictions by measuring the same molecules using an NMR spectrometer at the Pines Magnetic Resonance Center. Learn how NMR is used to peer inside…
Is there really something new to discover about our good old six-sided die? Well, I just did :) Nothing Earth-shattering and definitely a combo of things we've known for a while, still very neat I think. Let's see whether you agree :) Here is the javascript app that me and my…
I’ve been meaning to make this video about building and solving physical 4D Rubik’s cubes ever since Melinda Green sent me one of her brilliant physical 2x2x2x2s back in 2017! Why did it take so long? Well, this one was especially tricky to get right, and I think it’s probably…
The story of your career is stellar, but you might not know it yet. Kazzy AI helps you understand and tell the incredible story of your career. Your career is made up of countless personal and professional experiences. These experiences are only combined in one human being. You.…
This project presents a fully autonomous elevator interaction framework for quadruped robots operating in un-instrumented, multi-floor buildings—without requiring IoT connectivity, infrastructure modifications, or human intervention. Unlike prior work on wheeled platforms or…
okay so welcome back after the break so uh we have uh we have seen some introduction basic introduction to what are the mobile aborts what kind what kind what kind of the locomotions we can we can have different types of the mobile reps depending on the application so Locomotion…
so the first algorithm which we are going to study in this uh grid based path planning is U bread first graph Traverse Al algorithm and first we'll apply we'll we'll apply this BSF algorithm to any general General graph with some nodes with some edges and then we'll apply the…
hello so the path planning algorithm we discussed last time with the bug algorithms bug zero bug one bug two we studied in which we our basic assumption was that uh we do not know about the environment the the L robot is supposed to be equipped with some uh tactile sensor or…
hello so this is our first lecture after midterm so before M term we studied about the um manipulators and especially 2D manipulators uh meaning that uh the manipulator with one joint or two joints uh and maybe three joints but they are restricted to uh move in a planer space…