1. $QUBIC ‘s AI Embodied: 5 Shocking Revelations from the Latest "All Hands" Can artificial intelligence one day escape the digital ether to pilot physical matter? What was theoretical speculation yesterday has just shifted into concrete reality. During Qubic’s latest "All Hands" meeting, the team demonstrated that the project is no longer just publishing white papers: it is forging an intelligence capable of interacting with the physical world. Here are the 5 major revelations proving that Qubic is now progressing at "light speed." 1. AGI Beyond Silicon: Neuraxon Takes Control of the Physical World The most spectacular announcement concerns the embodiment of the Neuraxon AI into a physical object: a robotic ball. This is no longer a mere simulation; it is irrefutable proof that Qubic’s Reinforcement Learning works in tangible reality. The AI was able to pilot this ball to trace letters on the ground, transforming digital neurons into precise mechanical movements. This transition from "scientific papers" to real-world robotic applications is the first step toward an AI capable of manipulating our environment. Jose, a researcher from the scientific team, shared his enthusiasm: "It’s exciting to see the ball accurately writing... our main Qubic letters." 2. The Big Data of Artificial Life: A Massive Leap Toward AGI To achieve Artificial General Intelligence (AGI), dataset size is the ultimate battleground. Qubic has just crossed a colossal milestone with a new 1 Terabyte dataset, which is 100 times the volume of the previous one. This isn't just about storage; it's about evolutionary complexity: * Neuronal Density: Each simulation now begins with 1,000 neurons, compared to just 100 previously. * The "AIGARTH" Concept: The goal is to test genetic stability. The system simulates clusters of neurons where only the 12 best "interasers" (those who survive and find food) pass their architecture to the next generations. * Toward Multi-Neuraxon: This dataset sets the stage for the "multi-neuraxon" model planned for Q2, aiming to create a true network of neural networks. 3. Trinary AI: The End of Binary Dominance Validated by Science Qubic is asserting its academic authority on a global scale. A scientific paper on the trinary state (inspired by biology) has been accepted for the prestigious ALife conference in Japan. But the ambition doesn't stop there: other works have been submitted to ICML in South Korea and a conference in Germany. Why is trinary AI a revolution? Unlike traditional binary, Qubic’s trinary approach offers unprecedented structural stability and superior energy efficiency. Jose explains: "This can help within a network to save energy and gain stability." This isn't an isolated intuition; Visual Language Models (VLM) are also beginning to adopt trinary architectures, placing Qubic at the forefront of a major industrial trend. 4. The Dogecoin Pivot: From Proof of Concept to Native Infrastructure April 1st will mark a pivotal milestone, and it’s no joke. Qubic will integrate Dogecoin (DOGE) mining natively. The analysis here is fundamental: while Monero (XMR) mining was merely a Proof of Concept (PoC) running alongside the network, Dogecoin will be the first native integration directly utilizing Qubic’s Oracle machine infrastructure. * Interleaved Mining: A transition phase of about one month will see both assets mined simultaneously. * CPU Optimization: Eventually, resources will be redirected to allow for 100% optimized mining for Qubic and Dogecoin, leveraging the machines' idle cycles. Second Post ⬇️⬇️