Novel Word Learning: How New Vocabulary Is Built

THE MASTERY CLUB · VOCABULARY SERIES · NOVEL WORD LEARNING · WORD ACQUISITION · FORM–MEANING MAPPING · ORTHOGRAPHY · PHONOLOGY · SEMANTICS · RETRIEVAL

Vocabulary | Novel Word Learning — How Unfamiliar Forms Become Stored Vocabulary

Every vocabulary word was once novel to the learner. Before a word becomes easy to recognise, retrieve, spell, pronounce and use, the learner must first notice an unfamiliar form, encode its sound or spelling, connect it to a meaning or referent, distinguish it from similar words, encounter it again, retrieve it after delay and integrate it into the mental lexicon. Novel word learning is the study of that transformation. It sits at the centre of vocabulary acquisition because it asks how a completely unfamiliar label becomes a durable lexical representation.

People searching novel word learning, how children learn new words, vocabulary acquisition, new word learning, word form learning, form meaning mapping, phonological word learning, orthographic word learning, semantic word learning, paired associate learning, incidental vocabulary learning or explicit vocabulary instruction are usually asking how form, meaning and memory become connected. A learner can remember a pronunciation but forget the meaning, recognise the meaning but fail to retrieve the label, learn the oral form but not its spelling, or understand the word in one story yet fail to transfer it elsewhere.

This complete guide treats novel word learning as a multi-stage system rather than a one-shot event. It covers attention, phonological encoding, orthographic exposure, referent selection, semantic features, fast mapping, extended mapping, retrieval, spacing, contextual diversity, lexical competition, sleep and consolidation, morphology, reading while listening, productive versus receptive learning, multilingual factors, assessment design and classroom transfer. The central proposition is that a new word becomes vocabulary only when its form, meaning and use survive beyond the original encounter and become retrievable across contexts.

Start with Vocabulary — The Mastery Club and How Vocabulary Works. This owner deep-links to Pseudowords and Nonwords, Wordlikeness, Mental Lexicon, Word Knowledge and the existing specialists on phonological working memory, sleep, handwriting, reading while listening and incidental learning. It does not replace them; it owns the end-to-end installation process.

The 50-Second Router

Need	Start here
What is novel word learning?	Definition and learning cycle
Why can I remember meaning but not the word?	Form–meaning asymmetry
Does spelling help?	Orthographic support
Does hearing help?	Phonological encoding
How many exposures are needed?	Repeated encounters and retrieval
What is fast mapping?	First-pass mapping
Why do words become stronger later?	Consolidation and integration
How should teachers teach new words?	The installation routine
How do I test learning?	Recognition, recall, transfer and delayed retrieval

Fast answer: Novel word learning is the process of building a new lexical representation by encoding a word’s spoken and/or written form, linking that form to meaning, strengthening the connection through repeated encounters and retrieval, and integrating the new word with existing vocabulary so it can be recognised and used in new contexts.

1. A New Word Begins as Uncertainty

At first encounter, the learner may not even know where the word begins and ends, whether it is important, how it is pronounced, what it refers to or whether it will appear again. Vocabulary learning therefore starts with attention and segmentation before meaning can be stabilised.

Turn this mechanism into a four-way check: can the learner recognise the form, explain the meaning, retrieve the form from the meaning, and use the item in a new context? If one direction fails, do not simply repeat the whole lesson. Repair the weak link. This preserves teaching time and makes vocabulary acquisition observable rather than mysterious.

2. Word Form Is the First Address

A lexical item needs a recoverable form. Spoken vocabulary requires a phonological sequence; written vocabulary requires an orthographic representation. Weak form encoding makes later retrieval fragile even if the concept itself is understood.

3. Phonological Encoding

Hearing an unfamiliar word requires accurate perception of segment order, stress and syllable structure. Similar sounds can be confused, especially in a second language or noisy environment. Repetition helps only when the initial representation is reasonably accurate.

4. Orthographic Encoding

Seeing a new word adds spelling information that can stabilise its representation. For literate learners, print can segment sounds and preserve details that disappear from short-term auditory memory. Yet inconsistent spelling can also create conflict.

5. Form–Meaning Mapping

Learning begins to become lexical when the form points reliably to a concept, referent, action or relation. A one-off association is not yet robust vocabulary; the mapping must survive interference and delay.

6. Referent Selection

When a novel label is heard in a scene containing several possible objects or actions, the learner must infer which aspect the speaker intends. Social cues, syntax, contrast and prior knowledge constrain that inference.

7. Semantic Features

A word’s meaning is not one undivided package. Learners acquire category, function, attributes, relations and boundaries at different rates. A child may know that a novel animal belongs to a category without remembering every feature.

8. Fast Mapping

Fast mapping describes the rapid establishment of a preliminary word–meaning link from limited exposure. It is impressive but incomplete. Early mapping creates a hypothesis, not final lexical mastery.

9. Extended Mapping

Subsequent encounters refine the initial representation. Learners discover broader category boundaries, exceptions, collocations, morphology, register and contextual constraints. Extended mapping is where shallow familiarity becomes robust word knowledge.

10. Repeated Encounters

Words normally require multiple meaningful encounters. Repetition strengthens form, meaning and retrieval routes, especially when encounters are spaced and varied rather than massed in one narrow context.

11. Retrieval Practice

Trying to recall a new word strengthens access more than passive rereading alone. Retrieval also diagnoses which direction is weak: form from meaning, meaning from form, spelling from sound or pronunciation from print.

12. Spacing

Distributed review allows forgetting pressure to emerge before retrieval, creating stronger long-term learning than immediate repetition alone. The optimal interval depends on difficulty, prior knowledge and retention horizon.

13. Contextual Diversity

Meeting a word across varied contexts helps separate its core meaning from one specific sentence. Diverse contexts support flexible transfer while repeated identical contexts can create narrow cue dependence.

14. Incidental Learning

Words can be learned while reading, listening or participating in activities whose main goal is not vocabulary study. Incidental learning is powerful at scale but often produces partial knowledge, especially from few encounters.

15. Explicit Instruction

Direct explanation can accelerate semantic learning by focusing attention on meaning, pronunciation, morphology and use. Explicit instruction is most effective when followed by retrieval and authentic encounters.

16. Reading While Listening

Combined spoken and written exposure can support different components of learning. Research with children has found orthographic learning when print is available and, in some conditions, stronger semantic learning with combined modalities.

17. The Role of Definitions

Definitions can provide efficient semantic information, but definitions alone do not guarantee usable vocabulary. Learners need examples, contrasts, retrieval and opportunities to apply the word.

18. Examples and Nonexamples

A concept becomes sharper when the learner knows both what counts and what does not. Nonexamples define category boundaries and prevent overgeneralisation.

19. Wordlikeness

A new form that fits familiar language patterns may be easier to encode, though strong similarity to known words can also create interference. Wordlikeness supports form processing but does not supply meaning.

20. Lexical Competition

New words must coexist with similar known words. As the representation strengthens, it can begin to participate in recognition competition. This integration is evidence that the new item is becoming part of the lexicon.

21. Consolidation

Learning continues after practice ends. Memory consolidation can stabilise new representations over time, and sleep has been linked in research to aspects of novel word integration. Immediate test performance is therefore not the whole story.

22. Recognition Before Recall

Learners often recognise a newly taught word before they can retrieve it independently. This receptive–productive gap is normal. Instruction should progressively remove cues rather than assuming recognition equals mastery.

23. Production

Producing a novel label requires retrieval, phonological planning and articulation. A learner can understand the mapping yet struggle to say the word. Production should be measured separately from comprehension.

24. Spelling

Spelling a newly learned word requires an orthographic representation precise enough to reconstruct letter order. Learners can know meaning and pronunciation while spelling remains unstable.

25. Morphology

Roots and affixes create structure inside new vocabulary. A learner who recognises bio-, micro- or -ology can connect unfamiliar technical terms to existing knowledge, reducing arbitrariness.

26. Collocation and Syntax

A word is not fully learned until the learner knows how it behaves with other words. Verb argument patterns, prepositions, adjective–noun partnerships and grammatical frames are part of lexical knowledge.

27. Register

New vocabulary also carries social and situational constraints. A synonym learned without register may be used in the wrong context even when the dictionary meaning is approximately correct.

28. Multilingual Transfer

Learners may use cognates, roots and concepts from another language to support a new word. Transfer can accelerate learning when mappings align and create interference when similar forms carry different meanings.

29. Background Knowledge

A new label attached to a familiar concept is usually easier to learn than a new label attached to a new concept. Vocabulary teaching therefore interacts with world knowledge and subject knowledge.

30. Motivation and Relevance

Personally relevant words receive more attention and more opportunities for retrieval. Relevance does not replace good instruction, but it changes the probability that a word will be used enough to become durable.

31. Assessment

Novel word learning should be tested through several measures: immediate recognition, delayed recognition, form recall, meaning recall, spelling, production and transfer. One score cannot represent the whole learning trajectory.

32. Error Analysis

Confusing two novel labels, remembering meaning but not form, or recalling form without meaning are different failures. Each points to a different repair: discrimination, phonological encoding, semantic elaboration or retrieval.

33. Classroom Design

Teach fewer new words more deeply when durable use matters. Build form, meaning, morphology, collocation, example, contrast and retrieval into one coherent sequence rather than presenting isolated definitions.

34. Central Principle

A word becomes part of vocabulary when its representation is precise enough to survive delay, competition and context change. Novel word learning is therefore installation plus integration, not exposure alone.

35. Sixty Novel-Word Learning Laboratories

Lab 1: Learn “vemp” as a fictional tool

Present vemp first as an unfamiliar spoken form, then pair it with a clear fictional tool. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form vemp, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 2: Learn “norp” as a imaginary animal

Present norp first as an unfamiliar spoken form, then pair it with a clear imaginary animal. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form norp, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 3: Learn “daxen” as a new material

Present daxen first as an unfamiliar spoken form, then pair it with a clear new material. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form daxen, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 4: Learn “plimor” as a made-up action

Present plimor first as an unfamiliar spoken form, then pair it with a clear made-up action. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form plimor, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 5: Learn “selbit” as a invented plant

Present selbit first as an unfamiliar spoken form, then pair it with a clear invented plant. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form selbit, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 6: Learn “tomaq” as a fictional machine

Present tomaq first as an unfamiliar spoken form, then pair it with a clear fictional machine. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form tomaq, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 7: Learn “frenel” as a new geometric object

Present frenel first as an unfamiliar spoken form, then pair it with a clear new geometric object. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form frenel, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 8: Learn “zorbin” as a imaginary weather event

Present zorbin first as an unfamiliar spoken form, then pair it with a clear imaginary weather event. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form zorbin, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 9: Learn “mavik” as a invented musical instrument

Present mavik first as an unfamiliar spoken form, then pair it with a clear invented musical instrument. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form mavik, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 10: Learn “kelto” as a fictional food

Present kelto first as an unfamiliar spoken form, then pair it with a clear fictional food. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form kelto, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 11: Learn “braven” as a fictional tool

Present braven first as an unfamiliar spoken form, then pair it with a clear fictional tool. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form braven, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 12: Learn “nulic” as a imaginary animal

Present nulic first as an unfamiliar spoken form, then pair it with a clear imaginary animal. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form nulic, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 13: Learn “sorpal” as a new material

Present sorpal first as an unfamiliar spoken form, then pair it with a clear new material. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form sorpal, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 14: Learn “tremin” as a made-up action

Present tremin first as an unfamiliar spoken form, then pair it with a clear made-up action. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form tremin, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 15: Learn “golvet” as a invented plant

Present golvet first as an unfamiliar spoken form, then pair it with a clear invented plant. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Later, expose the written form golvet, ask for spelling recognition, place the item in a new sentence, and test again after a delay. Change only one variable between repetitions. The laboratory is successful when it reveals which part of word knowledge strengthened—phonology, orthography, semantics, retrieval or transfer—not when the learner merely repeats the label immediately.

Lab 16: Learn “vemp” as a fictional machine

Present vemp first as an unfamiliar spoken form, then pair it with a clear fictional machine. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 17: Learn “norp” as a new geometric object

Present norp first as an unfamiliar spoken form, then pair it with a clear new geometric object. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 18: Learn “daxen” as a imaginary weather event

Present daxen first as an unfamiliar spoken form, then pair it with a clear imaginary weather event. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 19: Learn “plimor” as a invented musical instrument

Present plimor first as an unfamiliar spoken form, then pair it with a clear invented musical instrument. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 20: Learn “selbit” as a fictional food

Present selbit first as an unfamiliar spoken form, then pair it with a clear fictional food. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 21: Learn “tomaq” as a fictional tool

Present tomaq first as an unfamiliar spoken form, then pair it with a clear fictional tool. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 22: Learn “frenel” as a imaginary animal

Present frenel first as an unfamiliar spoken form, then pair it with a clear imaginary animal. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 23: Learn “zorbin” as a new material

Present zorbin first as an unfamiliar spoken form, then pair it with a clear new material. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 24: Learn “mavik” as a made-up action

Present mavik first as an unfamiliar spoken form, then pair it with a clear made-up action. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 25: Learn “kelto” as a invented plant

Present kelto first as an unfamiliar spoken form, then pair it with a clear invented plant. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 26: Learn “braven” as a fictional machine

Present braven first as an unfamiliar spoken form, then pair it with a clear fictional machine. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 27: Learn “nulic” as a new geometric object

Present nulic first as an unfamiliar spoken form, then pair it with a clear new geometric object. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 28: Learn “sorpal” as a imaginary weather event

Present sorpal first as an unfamiliar spoken form, then pair it with a clear imaginary weather event. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 29: Learn “tremin” as a invented musical instrument

Present tremin first as an unfamiliar spoken form, then pair it with a clear invented musical instrument. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 30: Learn “golvet” as a fictional food

Present golvet first as an unfamiliar spoken form, then pair it with a clear fictional food. Give one concise defining feature and one contrastive nonexample. On the first test, ask the learner to identify the referent from the label. On the second, reverse the direction: show the referent and ask for the label. This reveals whether receptive mapping and productive retrieval developed equally.

Lab 31: Learn “vemp” as a fictional tool

Lab 32: Learn “norp” as a imaginary animal

Lab 33: Learn “daxen” as a new material

Lab 34: Learn “plimor” as a made-up action

Lab 35: Learn “selbit” as a invented plant

Lab 36: Learn “tomaq” as a fictional machine

Lab 37: Learn “frenel” as a new geometric object

Lab 38: Learn “zorbin” as a imaginary weather event

Lab 39: Learn “mavik” as a invented musical instrument

Lab 40: Learn “kelto” as a fictional food

Lab 41: Learn “braven” as a fictional tool

Lab 42: Learn “nulic” as a imaginary animal

Lab 43: Learn “sorpal” as a new material

Lab 44: Learn “tremin” as a made-up action

Lab 45: Learn “golvet” as a invented plant

Lab 46: Learn “vemp” as a fictional machine

Lab 47: Learn “norp” as a new geometric object

Lab 48: Learn “daxen” as a imaginary weather event

Lab 49: Learn “plimor” as a invented musical instrument

Lab 50: Learn “selbit” as a fictional food

Lab 51: Learn “tomaq” as a fictional tool

Lab 52: Learn “frenel” as a imaginary animal

Lab 53: Learn “zorbin” as a new material

Lab 54: Learn “mavik” as a made-up action

Lab 55: Learn “kelto” as a invented plant

Lab 56: Learn “braven” as a fictional machine

Lab 57: Learn “nulic” as a new geometric object

Lab 58: Learn “sorpal” as a imaginary weather event

Lab 59: Learn “tremin” as a invented musical instrument

Lab 60: Learn “golvet” as a fictional food

36. Twelve-Week Installation Programme

Week 1: attention and segmentation

The focus is attention and segmentation. Teach a small set of genuine high-value words and one or two controlled novel labels so the mechanism is visible. Learners predict what will be difficult, complete a focused learning task, retrieve after interference, and record which representation failed. The controlled labels expose the process; the genuine vocabulary receives most of the learning time.