Every field builds its own wall of jargon. This is ours — torn down. 39 terms, defined in one or two sentences, each linked to the brief that explains the full mechanism.
The motor or muscle of a robot — the component that converts control signals into physical motion.
Related brief →An autonomous LLM-powered system that plans multi-step tasks, keeps memory, and calls external tools.
Related brief →A method that lets a model weigh the relevance of every token in a sequence against every other, regardless of distance.
Related brief →A system that decodes neural signals directly into commands, bypassing muscles and speech entirely.
Related brief →The tokenization algorithm that breaks raw text into reusable sub-word units before a model reads it.
Related brief →A modular die that is packaged together with others, trading monolithic silicon for flexible yields.
Related brief →A robot designed to share a workspace with people, using force limits and sensors instead of cages.
Related brief →A vision architecture that scans images with small learned filters to detect edges, textures, and objects.
Related brief →The standard four-number notation that describes the geometry of each joint in a robotic arm.
Related brief →A needle-like lithium structure that can pierce battery separators; solid-state electrolytes aim to stop it.
Related brief →An image generator that learns to reverse a gradual noising process, sculpting pictures out of static.
Related brief →Running inference directly on phones, sensors, and devices instead of in a distant data center.
Related brief →A high-dimensional vector that captures the meaning of a word, image, or document as a point in space.
Related brief →Extreme ultraviolet printing of chip patterns at 13.5nm wavelength, required for the densest modern nodes.
Related brief →A transistor whose gate wraps around a vertical fin of silicon, improving control over current flow.
Related brief →Gate-all-around transistor architecture that surrounds the channel on all sides for even tighter control.
Related brief →Satellite positioning fused with other sensors so a vehicle knows where it stands on the road.
Related brief →Centimeter-accurate road maps that autonomous vehicles use as a prior for perception and planning.
Related brief →Memory stacked vertically and connected by over a thousand wires, feeding data to AI accelerators.
Related brief →The math of working backward from a desired hand position to the joint angles that reach it.
Related brief →A recursive algorithm that fuses noisy sensor readings into a single best estimate of position or state.
Related brief →A transformer-based network trained on trillions of tokens to predict — and generate — human language.
Related brief →The compressed geometric space where a generative model represents and manipulates concepts.
Related brief →Pulsed laser ranging that builds precise 3D point clouds of the surrounding environment.
Related brief →Magnetic levitation that removes wheel contact and friction, letting trains cruise at aircraft speeds.
Related brief →A single model that jointly understands text, images, and audio through shared embeddings.
Related brief →A processor specialized for the matrix multiplications that dominate neural network workloads.
Related brief →The light-based printing process that transfers circuit patterns onto silicon wafers, layer by layer.
Related brief →Computing with light instead of electrons, promising bandwidth and speed without resistive heat.
Related brief →The quantum bit, which can hold superpositions of 0 and 1 and entangle with other qubits.
Related brief →Grounding an LLM in documents retrieved from a vector database before it answers.
Related brief →Reinforcement learning from human feedback — the alignment stage that makes models helpful and safe.
Related brief →Training robot skills in simulation and successfully moving them onto physical hardware.
Related brief →A qubit's ability to exist in a weighted combination of states until measured.
Related brief →The donut-shaped magnetic confinement vessel used to hold fusion plasma at millions of degrees.
Related brief →Splitting raw text into the small units — tokens — that a language model actually processes.
Related brief →Vehicle-to-everything messaging — car to car, car to infrastructure, car to network.
Related brief →A store built to search millions of embeddings by semantic similarity rather than exact keywords.
Related brief →The ultra-flat disc of purified silicon on which thousands of chips are printed at once.
Related brief →