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What Can a Neuron Compute? Dendritic Computation and the Limits of the Perceptron
3+ hour, 2+ min ago (404+ words) Listen to this blog post A neuron receives signals, integrates them and, if the integration exceeds a threshold, emits a signal of its own. The dendrites are the branches that receive the input. The soma is the body where, in…...
How to Measure AI Intelligence: g Factor vs ARC-AGI Benchmark Explained | Neuraxon Intelligence Academy Vol. 10
3+ week, 2+ day ago (1579+ words) Listen to this blog post Neuraxon Intelligence Academy " Volume 10 By the Qubic Scientific Team ARC-AGI-3: The first interactive benchmark measuring whether AI can genuinely learn, not just recite. Source: ARC Prize Foundation. If we build an artificial system and want…...
The g Factor in AI: Measuring General Intelligence | NIA Vol. 9
1+ mon, 6+ day ago (662+ words) Listen to this blog post Neuraxon Intelligence Academy, Volume 9 " By the Qubic Scientific Team In one line: General intelligence, the g factor psychologists have measured for over a century, is the missing ingredient in today's language models, and Qubic's Neuraxon…...
Can an AI Have Experience? The Abstraction Fallacy Explained " Lerchner (Google Deep Mind, 2026) | Qubic Blog
1+ mon, 3+ week ago (1206+ words) Listen to this blog post Commentary on the article by Alexander Lerchner (Google Deep Mind, 2026) By the Qubic Scientific Team It is sometimes taken for granted that if the model describes its internal states, if it responds coherently to moral…...
Conway's Game of Life, Artificial Life, and Digital Ecosystems: The Science Behind Qubic, Aigarth, and Neuraxon | NIA Vol. 7
2+ mon, 4+ day ago (655+ words) Listen to this blog post Neuraxon Intelligence Academy " Volume 7 By the Qubic Scientific Team Five neural cellular automata species competing for territory on a shared grid. Each colour represents an independently learning species. Source: Sakana AI, Digital Ecosystems (2026)." What no…...
Bio-Inspired AI: How Neuromodulation Transforms Deep Neural Networks | Qubic Blog
4+ mon, 3+ week ago (1263+ words) Listen to this blog post In the brain, neuromodulation is the set of mechanisms through which certain neurotransmitters modify the functional properties of neurons and synapses, altering how they respond, for how long they integrate information, and under what conditions…...
Beyond Binary: Ternary Dynamics as a Model of Living Intelligence | Qubic Blog
5+ mon, 1+ week ago (823+ words) Listen to this blog post Biological brain networks do not operate as a decision switch between activation and rest. In living systems, inactivity itself implies dynamism. Absolute "rest" would be incompatible with life. As we saw in the first chapter,…...
Analysis of Benchmarking World Model Learning | Qubic Blog
5+ mon, 3+ week ago (847+ words) Listen to this blog post To achieve this, it maintains an internal state that evolves over time. It does not wait passively for something to happen in order to react, but continuously anticipates. When something does not occur as expected,…...