GL Dictionary · noun · متاهة · النسخة العربية

Maze

/meɪz/

Maze (متاهة) — illustrated meaning of the English word Maze on GL Dictionary

Meaning of Maze

A network of paths designed as a puzzle; also a confusing mass of information.

ما معنى كلمة Maze بالعربي؟

متاهة

🌀🧩 متاهة أو شبكة معقدة من الممرات؛ لغز مكاني مُحير؛ نظام من الطرق المُتشابكة المُصممة لإرباك الشخص وجعل الوصول للهدف صعباً 🧩🌀

قصة GL: متاهة فقدان الذاكرة كانت مُحيرة لنايف في البداية - لغز مكاني مُحير للقدرات المفقودة، نظام من الطرق المعقدة لكن منهجية الـ43 يوماً أصبحت خريطة الخروج 🗺️

Synonyms & related words

labyrinthnetworkwarrenwebtanglepuzzlejumble

Maze in a sentence

Lawyers navigated a maze of rules.
Legal/GL Patent
GL Research used a maze in spatial tests.
Scientific/GL Research
Genetic Invent simplified a maze of menus.
Business/GL Innovation
Genetic G Learning solves mazes.
Educational/GL Training

Origin of Maze

From Middle English mæse, delirium, related to amaze.

In the Genetic Learning (GL) context

In Genetic Learning work led by Naif Talal Al-Essa, maze describes puzzles and confusion.

Maze audio micro-course (transcript)

Three short podcasts about “Maze”. Listen with the interactive player.

Podcast 1 — Introduction & meaning

Narrator: Maze. A noun. Pronounced /meɪz/.

Narrator: Maze comes from Middle English mase — bewilderment, confusion — from Old English *masian, to confuse or bewilder, related to Norwegian dialect mas, meaning exhausting work or trouble. The primary original meaning was mental confusion or bewilderment. The word is related to amaze — which originally meant not to fill with wonder but to bewilder or stupefy — and to the archaic verb maze, to bewilder. The sense of a physical structure of confusing passages developed from the mental experience of confusion it produces.

Narrator: A maze is a complex network of paths in which finding a route through — or out — requires navigation, memory, and choice. The maze differs technically from the labyrinth in the classic sense: a labyrinth has a single unicursal path that winds without branches to the centre — there are no choices to make, no dead ends. A maze has multiple paths with dead ends, requiring decisions. In popular use, maze and labyrinth are used interchangeably, though the technical distinction exists.

Narrator: The most famous labyrinthine structure in mythology is the Labyrinth of Crete — the structure built by Daedalus to contain the Minotaur, and navigated by Theseus using Ariadne's thread. The Minoan palace of Knossos, excavated by Arthur Evans from 1900, has been connected to the Minotaur legend — its complex multi-storey plan perhaps inspiring the maze mythology. The double-headed axe symbol — the labrys — found throughout Knossos may be the origin of the word labyrinth.

Narrator: Garden mazes — hedgerow labyrinths planted in the grounds of grand houses and public parks — became fashionable in Renaissance Europe and reached their height in England in the seventeenth and eighteenth centuries. Hampton Court maze, planted around 1700, is one of the oldest surviving hedge mazes in England, still attracting hundreds of thousands of visitors. The topiary skill required to maintain a tall hedge maze and the navigation challenge it offers both contribute to its appeal.

Narrator: Maze. The bewilderment made into a path — from the mythological Labyrinth to the Hampton Court hedge — wherever confusion and navigation intersect.

Speaker A: The distinction between a maze and a labyrinth being one of those technical distinctions that has been largely lost in popular usage.

Speaker B: The classical labyrinth being unicursal — one path, no choices, no dead ends — like many floor labyrinths found in medieval cathedrals. Walking a labyrinth being meditative rather than challenging — you follow the single winding path to the centre and back out. The maze having multiple paths, dead ends, and decision points — it challenges navigation and memory. The confusion of the two terms being understandable because the Minotaur's labyrinth in the myth behaves like a maze — Theseus needed Ariadne's thread to escape, suggesting it had confusing branching paths.

Speaker A: The Hampton Court maze being one of those tourist attractions that remains genuinely challenging to navigate.

Speaker B: The maze being planted around 1700 for William III, with hedgerow paths that make it impossible to see over the hedges once inside. The classic algorithm for solving a hedge maze — keeping one hand always on the same hedge wall — working for simply connected mazes but not for all mazes. The centre being relatively easy to find; getting back out being more disorienting. The appeal being partly that it offers a genuine if mild experience of being lost in an environment that is actually completely safe.

Speaker A: The word amaze being etymologically related to maze being one of those historical connections that reveals how the sense shifted.

Speaker B: The original amaze meaning to stun, to bewilder, to stagger — from the same Old English root as maze. The shift from bewilderment to wonder-filled astonishment being a semantic brightening — the same phenomenon of mental disorientation becoming positively valenced over time. The phrase in a maze meaning in a state of bewilderment still surviving in some dialects. The family of words including maze, amaze, amazed, and amazement all carrying the original bewilderment sense that has become positive in modern usage.

Speaker A: Maze-solving algorithms being one of those computational problems where different approaches reveal different things about problem-solving.

Speaker B: Depth-first search — going as deep as possible down one path before backtracking — being one approach. Breadth-first search — exploring all paths at the same distance from the start simultaneously — finding the shortest path but requiring more memory. The right-hand rule being the folk algorithm — always turning right — which works only for simply connected mazes. Trémaux's algorithm being the provably correct approach that always works. The maze being used in computer science education as a concrete problem domain for teaching graph traversal and search algorithms.

Speaker A: The maze as a metaphor for bureaucracy and navigating complex systems being deeply embedded in everyday English.

Speaker B: A maze of regulations, a maze of corridors, navigating the maze of the planning system — the metaphor capturing exactly the experience of complex systems where there are many paths but finding the right one requires knowledge that isn't obvious from within the system. The maze metaphor implying both the complexity of the structure and the disorientation of the person inside it. Kafka's bureaucratic nightmares being quintessential literary mazes. The metaphor being particularly apt for healthcare systems, immigration processes, and tax codes.

Speaker B: Build a Next.js the mythology of the Cretan Labyrinth and its connection to the Minoan palace of Knossos for a classical scholar — documenting the Minotaur myth and its archaeological context, reviewing Cretan Labyrinth, Knossos, and classical mythology, generating a maze labyrinth mythology framework, and producing a maze classical mythology guide.

Speaker A: Cretan Labyrinth documented with classical scholarship analysis so researchers explain both the myth — how Daedalus built the Labyrinth to contain the Minotaur, how Theseus used Ariadne's thread to navigate it, and how the story functions as a myth about civilization overcoming monstrosity — and the archaeological context: how Arthur Evans's excavation of Knossos from 1900 produced a complex multi-storey palace that may have inspired the labyrinth mythology, and what the labrys (double axe) symbol suggests about the word's etymology.

Speaker B: Design a Django maze-solving algorithms and how they relate to graph traversal in computer science for a programming student — documenting maze-solving algorithms and their computational principles, reviewing maze algorithms, depth-first search, and graph theory, generating a maze algorithm framework, and producing a maze computer science guide.

Speaker A: Maze-solving algorithms documented with computer science education analysis so students explain both the main approaches — how depth-first search explores as deeply as possible before backtracking, breadth-first search finds the shortest path by exploring level-by-level, and Trémaux's algorithm provides a provably correct method for any connected maze — and the abstraction: how a maze is a graph (nodes are intersections, edges are paths) and how graph traversal algorithms map directly onto maze navigation.

Speaker B: Create a Svelte the history of garden mazes and the Hampton Court maze for a garden historian — documenting the garden maze tradition and Hampton Court specifically, reviewing garden mazes, Hampton Court, and garden history, generating a maze garden history framework, and producing a maze garden history guide.

Speaker A: Garden maze history documented with garden history analysis so researchers explain both the tradition — how the garden maze developed from Renaissance Europe's interest in ornamental geometry and topiary, reaching its height in England in the 17th-18th century — and the Hampton Court example: how the maze was planted around 1700 for William III, how its trapezoidal hedge design using hornbeam creates a genuinely challenging navigation problem, and how it has survived as one of England's oldest and most visited hedge mazes.

Speaker B: Build a Vue the technical distinction between maze and labyrinth and why it matters in design and meditation practice for a landscape architect — documenting maze versus labyrinth definitions and applications, reviewing maze, labyrinth, and landscape design, generating a maze labyrinth distinction framework, and producing a maze labyrinth design guide.

Speaker A: Maze versus labyrinth distinction documented with landscape architecture analysis so practitioners explain both the structural difference — how a classical labyrinth has a single unicursal path (no choices, no dead ends) while a maze has multiple branching paths with dead ends requiring navigation decisions — and the design implications: how unicursal labyrinths are used in meditation and therapeutic contexts (Chartres Cathedral floor labyrinth, hospital healing gardens) while branching mazes serve entertainment and challenge purposes.

Speaker B: Develop a React Native the etymology connecting maze and amaze and how bewilderment became astonishment for a linguist — documenting the maze-amaze etymology and semantic change, reviewing maze, amaze, and etymology, generating a maze etymology framework, and producing a maze amaze semantic change guide.

Speaker A: Maze-amaze etymology documented with linguistics analysis so researchers explain both the shared root — how Middle English mase (bewilderment) and Old English *masian (to confuse) produced both maze (confusing structure) and amaze (originally to stupefy or bewilder) — and the semantic shift: how amaze underwent semantic brightening from negative bewilderment to positive wonder-filled astonishment, and how the original meaning survives in the phrase in a maze (bewildered) and in the word's etymological relationship to the physical maze structure.

Frequently asked questions about Maze

What does Maze mean?

A network of paths designed as a puzzle; also a confusing mass of information.

ما معنى كلمة Maze بالعربي؟

متاهة — 🌀🧩 متاهة أو شبكة معقدة من الممرات؛ لغز مكاني مُحير؛ نظام من الطرق المُتشابكة المُصممة لإرباك الشخص وجعل الوصول للهدف صعباً 🧩🌀

How do you pronounce Maze?

Maze is pronounced /meɪz/ and is used as a noun.

How is Maze used in a sentence?

Lawyers navigated a maze of rules.

What are synonyms of Maze?

labyrinth, network, warren, web, tangle, puzzle.

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