Relativity Roots Slides Historical Foundations of Linguistic Determinism
From Boas and Sapir to the "Strong" Whorfian Hypothesis
Graduate Seminar in Psycholinguistics
The Universalist-Relativist Dichotomy
Universalism
Cognition is independent of language. Linguistic structures are merely labels for universal mental categories (e.g., Chomsky, Pinker).
"Mentalese" as the primary medium of thought.
Biological constraints drive language.
Relativism
"We see and hear and otherwise experience very largely as we do because the language habits of our community predispose certain choices of interpretation."
— Edward Sapir (1929)
Language as a "mold" for thought.
Cognitive diversity mirrors linguistic diversity.
The "Strong" vs. "Weak" Hypotheses
Linguistic Determinism
Language determines thought. Speakers of different languages see the world in fundamentally different, incompatible ways. (The "Strong" version—largely discredited).
Linguistic Relativity
Language influences thought. Structural differences in language correlate with differences in non-linguistic cognitive processing. (The "Weak" version—modern focus).
"Language is not merely a reproducing instrument for voicing ideas but rather is itself the shaper of ideas... We dissect nature along lines laid down by our native languages." — Whorf (1940)
Whorf's Hopi Controversy
Whorf's Claim (1930s)
Hopi has "no words, grammatical forms, constructions or expressions that refer directly to what we call 'time'." Whorf argued Hopi speakers view the world as "becoming" rather than "occurring" in a linear sequence.
Malotki's Rebuttal (1983)
Ekkehart Malotki provided hundreds of pages of evidence for Hopi temporal concepts: "The Hopi do not live in a 'timeless' world... they possess a sophisticated system of temporal calibration."
Seminar Question
"If Whorf was empirically wrong about the Hopi, does it invalidate the entire theoretical framework of linguistic relativity?"
Consider: Can a correct theory be born from flawed observations?
The Pendulum of Academic Consensus
1940s
The Whorfian Peak
High acceptance in anthropology and sociology. The idea of "cultural cocoons."
1960s-80s
The Universalist Era
Chomskyan linguistics and Berlin/Kay color studies push relativity to the fringes. "Language is an instinct."
1990s-Present
Neo-Whorfianism
Rigorous experimental evidence (Levinson, Boroditsky, Gumperz) suggests language subtly guides cognition.
Next: Testing the "Weak" Hypothesis in Color Perception
Sapir-Whorf Source Analysis Worksheet Sapir-Whorf Source Analysis
Advanced Seminar: Evaluating Linguistic Determinism
Name: ________________________________
Date: _________________________________
This analysis requires a critical engagement with the foundational texts of Edward Sapir and Benjamin Lee Whorf. As graduate students, your task is to look past the "pop-science" interpretations of linguistic relativity and identify the specific structural arguments used to justify the link between grammar and thought.
Part I: Textual Evidence
"The fact of the matter is that the 'real world' is to a large extent unconsciously built up on the language habits of the group... We see and hear and otherwise experience very largely as we do because the language habits of our community predispose certain choices of interpretation." — Sapir (1929)
1. Identify the operative verb in the quote above. How does the choice of "predispose" differ from "determine" in a theoretical sense?
2. Whorf famously argued that the Hopi language lacked a "tensed" system. Based on your reading of Malotki (1983), contrast Whorf’s "timeless" interpretation with the actual morphosyntactic evidence of Hopi aspectual markers.
Part II: Methodological Critique
A common criticism of early Whorfian research is the Circular Reasoning Fallacy :
Language differs structurally.
Therefore, thought must differ.
How do we know thought differs? Because the language is different.
3. To avoid circularity, modern researchers must use non-linguistic measures of cognition. Propose a non-linguistic task that could test if a speaker’s concept of time is truly influenced by their language's metaphor for time (e.g., "looking forward to the future" vs. "the past is in front of us").
4. Synthesis: Does the "Strong" Whorfian hypothesis (Determinism) place an unethical limitation on the cognitive agency of indigenous speakers? Justify your stance using the Sapir-Whorf-Malotki debate as a reference.
End of Primary Source Analysis — Mind and Morphosyntax
Relativity Roots Facilitation Guide Seminar Facilitation Guide
Lesson 1: Relativity Roots
Instructional Objectives
Distinguish between Linguistic Determinism (strong) and Linguistic Relativity (weak).
Critically evaluate the Hopi time controversy as a case study in methodological rigor.
Identify the "Circular Reasoning Fallacy" in early relativistic research.
Seminar Setup
Arrange seating in a circle. Ensure students have access to the Sapir-Whorf Source Analysis worksheet.
90 Minutes
Graduate Seminar
Seminar Progression
The Hook: The Hopitime Paradox
Start by asking: "If a language has no words for seconds, minutes, or hours, can its speakers feel the pressure of a deadline?" Briefly present Whorf's Hopi claim vs. Malotki's evidence.
Key Question: Does our language allow us to think certain things, or does it prevent us from thinking others?
Theoretical Deep-Dive
1. Deconstructing the "Strong" Version
Ask: "Why was the strong version so attractive in the mid-20th century, and why is it considered academically 'dangerous' today?" Expected focus: Cultural relativism vs. the risk of implying cognitive deficits in certain populations.
2. The Sapir Quote Analysis
Guide students to the "predispose" vs. "determine" distinction. How does a "predisposition" manifest in cognitive tasks like categorization or memory?
Overcoming Circularity
Challenge students to design a "Relativity Test" for a hypothetical language that lacks a distinction between "blue" and "green."
Avoid using verbal labels in the task.
Use reaction time (RT) as a metric.
Focus on discrimination (same/different).
Isolate memory from perception.
Facilitator Notes
Common Misconceptions
Students often conflate culture with language . Remind them that linguistic relativity focuses specifically on the structural (grammatical/lexical) aspects of the tongue, not the cultural values of the speakers.
Seminar Closing
Summarize the shift from Whorf to Neo-Whorfianism. Explicitly state that while Linguistic Determinism is dead, Linguistic Relativity is very much alive in modern experimental psycholinguistics.
Spectrum of Thought Slides Spectrum of Thought
Categorical Perception and the Great Color Debate
Psycholinguistics & Vision Science
Berlin & Kay (1969)
A landmark study of 98 languages that seemingly "killed" linguistic relativity for decades.
Key Finding: Basic Color Terms
Color naming is not arbitrary. It follows a predictable, universal hierarchy based on biological salience.
The Hierarchy
Stage I
Black & White
Stage II
Red
Stage III
Green or Yellow
"Focal colors" are the same across all humans, regardless of language.
The Himba & Berinmo Studies
Roberson et al. (2000, 2005) challenged the universalist consensus by studying speakers of Berinmo (PNG) and Himba (Namibia).
The "Nol/Wor" Boundary
Berinmo distinguishes between nol (live/green) and wor (dyed/yellow). Their "boundary" is different from the English Blue/Green boundary.
Experimental Evidence
Categorical Perception: Discrimination is better for stimuli that cross a linguistic category boundary.Memory Bias: Participants "drift" toward the focal center of their language's category when recalling a color.
How Language Alters Perception
Physical Continuum
Linguistic Label
Mental Percept
Within-Category
Two colors labeled as "Blue" (B1 and B2) are perceived as more similar than their physical distance suggests.
Across-Category
Two colors (B3 and G1) crossing the label boundary are perceived as more different (exaggerated contrast).
Winawer et al. (2007)
"Do Russian speakers have an advantage in discriminating shades of blue?"
Russian: Siniy (dark) vs. Goluboy (light)
English: "Blue" (encompasses both)
The Result
Russian speakers were faster at discriminating colors that fell into different linguistic categories (siniy vs. goluboy) than those within the same category.
The "Interference" Condition
The effect disappeared when participants performed a verbal interference task, suggesting the "relativity" is driven by online linguistic processing, not hard-wired perception.
Munsell Chip Analysis Worksheet Munsell Chip Analysis
Lab: Categorical Perception of Color
Course: Cognitive Psychology / Linguistics
Name: ________________________________
Background
In the Munsell color system, chips are organized by Hue , Value (lightness), and Chroma (saturation). Researchers use these standardized chips to map the color boundaries of different languages. This activity explores the boundary between "Blue" and "Green" in English vs. Berinmo (PNG).
Task 1: The Cross-Cultural Shift
Observe the simplified Hue-Chroma grid below. English speakers place the Blue-Green boundary at column 8. Berinmo speakers place their "Nol-Wor" boundary at column 12.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Hue
1. Predict the performance of an English speaker vs. a Berinmo speaker on a discrimination task involving chips 7 and 9. Explain in terms of Categorical Perception.
2. If an English speaker is asked to recall the color of chip 10 after a 30-second delay, which direction is their memory likely to "drift" (toward column 8 or column 12)? Why?
Task 2: Analyzing Winawer’s Results
In the "Russian Blues" study, reaction times (RT) for discrimination were measured under three conditions. Interpret the mock data trends below:
Condition RT (Within Category) RT (Across Category) Baseline (No interference) 540ms 490ms Spatial Interference (Tapping) 545ms 492ms Verbal Interference (Rehearsing numbers) 542ms 539ms
3. Synthesis: Why does Verbal Interference eliminate the "Across Category Advantage"? What does this suggest about the neurobiology of linguistic relativity? Does the effect reside in the primary visual cortex (V1) or in higher-order frontal lobes?
Laboratory Data Source: Simulated based on Winawer et al. (2007) and Roberson et al. (2000).
Psychophysical Demo Guide Psychophysical Demo Guide
Teacher Resource: Color Discrimination
LESSON 2
Objective
To demonstrate the Across-Category Advantage in color discrimination. Students will observe how linguistic boundaries (e.g., Blue/Green) facilitate faster perceptual discrimination compared to within-category distinctions.
Materials Needed
• Projector with calibrated color profile.
• Stopwatch (or screen-based timer).
• "Spectrum of Thought" Slide Deck.
• Blank paper for recording reaction times.
The "Boundary Hunt" Protocol
1
The Categorization Task
Display a series of 10 color chips transitioning from Pure Blue to Pure Green. Ask students to privately write down the exact moment (chip number) they believe the color changes from "Blue" to "Green".
Facilitator Note: Notice the variance in the room. Some will switch at chip 5, others at chip 7. This variance is the baseline for individual linguistic boundaries.
2
Discrimination Trial (The XAB Task)
Display a target chip (X) briefly (500ms). Then show two comparison chips (A and B). One is identical to X.
Condition A: Within-Category
Chips 1, 2, and 3 (All "Blue"). Students will find this difficult and slow.
Condition B: Across-Category
Chips 6, 7, and 8 (Crossing the Blue/Green boundary). Discrimination should be significantly faster.
3
The Russian Boundary Simulation
Explain the Siniy/Goluboy distinction. Show two shades of blue that English speakers call "Blue" but Russian speakers label as distinct categories. Ask English speakers: "If you had to invent a new name for these two, would you find them easier to tell apart?"
Debrief Questions
Q1: How did the lack of a name for a color affect your confidence during the memory task?
Goal: Elicit the "verbal overshadowing" effect where linguistic labels help anchor memory.
Q2: If color perception is purely biological (V1 processing), why does a verbal interference task (counting backwards) eliminate the boundary effect?
Goal: Connect perception to online linguistic processing (the Neo-Whorfian view).
End of Facilitator Guide — Spectrum of Thought
Mapping Mental Space Slides Mapping Mental Space
Linguistic Frames of Reference and Navigation
Psychogeography & Spatial Cognition
Taxonomy of Spatial Encoding
01
Intrinsic
Object-centered coordinates. "The ball is at the front of the car."
Relies on object properties.
02
Relative
Viewer-centered (Egocentric). "The ball is to the left of the car."
Western Standard
03
Absolute
External coordinates (Allocentric). "The ball is to the North of the car."
Relies on cardinal directions.
The Absolute Advantage
Speakers of Guugu Yimithirr (Queensland, AU) use absolute coordinates exclusively. They do not have words for "left" or "right" in a spatial sense.
"Look out, there's an ant on your South-West leg!"
A Guugu Yimithirr speaker remains oriented even in unfamiliar, darkened, or indoor environments.
Cognitive Consequence
They possess a "mental compass" that is constantly updated by dead reckoning. Navigation is a required linguistic feature, not just a skill.
The Memory Test
In a 180-degree rotation task, absolute speakers recreate a sequence in the same cardinal direction, whereas English speakers recreate it in the same relative direction.
Stephen Levinson’s "Spatial Relativity"
"
Language defines the default coordinate system used for non-linguistic reasoning. We find it difficult to solve problems in a frame of reference that our language does not encode.
Relative Speakers
Solve spatial problems by projecting their body-axis onto the world. Vulnerable to disorientation if the body rotates.
Absolute Speakers
Solve spatial problems by identifying their position within a global grid. Disoriented only if the grid is obscured.
Revisiting Kantian Universals
Is the "left-right" distinction really a fundamental property of human thought?
Universalist View
Human biology (bilateral symmetry) makes relative/egocentric spatializing the "natural" default. Language just labels what's already there.
Relativist View
Biological symmetry does not mandate a specific frame. Cultural and linguistic practice "hard-wires" the brain to attend to certain spatial cues over others.
Spatial Cognition Workshop Worksheet Spatial Cognition Workshop
Name: ________________________________
Date: _________________________________
The Rotation Task
As demonstrated by Levinson (2003), spatial reasoning is often dependent on the linguistic frame of reference (FoR) dominant in a culture. This workshop explores the cognitive divergence between Relative (egocentric) and Absolute (allocentric) thinkers.
Scenario I: The Room Rotation
Setup:
You are sitting at Table 1 facing North . On the table, there is a sequence of objects: a Pencil , a Coin , and a Key (from left to right).
Left
Center
Right
Now, you are rotated 180 degrees to face South at Table 2. You are asked to "make the sequence the same as it was before."
Relative FoR Prediction
How would an English speaker (Relative) arrange the objects?
Absolute FoR Prediction
How would a Guugu Yimithirr speaker (Absolute) arrange them?
Scenario II: The Blind Navigation Task
Consider the following navigational prompt: "Walk two miles, then turn left at the large oak tree, then go right at the creek."
1. Translate this prompt into an Absolute (Cardinal) frame of reference. What specific geographic information are you missing in order to do this? Why do English speakers rarely feel the absence of this information?
2. Synthesis: Li & Gleitman (2002) argued that FoR is a matter of ecological demand (e.g., being in an open field vs. a cluttered city) rather than linguistic constraint. How would you design an experiment to tease apart linguistic habit from environmental cues?
Spatial Cognition Lab — Lesson 3
Spatial Case Study Notes Teacher Resource Spatial Case Study Notes
Teacher Reference: Cross-Cultural Spatial Cognition
Core Literature Summary
1. Guugu Yimithirr (Haviland, 1998; Levinson, 2003)
Linguistic Feature: Exclusively Absolute (cardinal) FoR. No relative terms like "left" or "right."Cognitive Outcome: Speakers show uncanny "dead reckoning" abilities. In a darkened room, they can point to cardinal directions with <4° error.
"The 'mental compass' is not a separate module but a linguistic requirement; to speak, one MUST know where North is at all times."
2. Tzeltal Maya (Brown & Levinson, 1993)
Linguistic Feature: Uphill/Downhill (Absolute-Intrinsic hybrid) based on the local topography (the slope of the mountains).Cognitive Outcome: Speakers do not use a body-centered "left/right" even when navigating flat, non-mountainous terrain.
Evidence against Kantian Universals: The "left/right" distinction is not a hard-wired human universal but a culturally specific linguistic invention.
3. The Universalist Critique (Li & Gleitman, 2002)
Argument: Humans have access to ALL frames of reference. Language just reflects the most useful one for the environment.Evidence: By adding a landmark (a colored wall) to a room, English speakers can be "forced" into absolute-style reasoning.
Critical Pedagogy Note: Use this to challenge students to define "causation" vs. "correlation."
Workshop Facilitation Strategy
Scenario I: Table Rotation
The Relative speaker preserves the "leftness" relative to their nose. (Sequence: Pencil-Coin-Key).
The Absolute speaker preserves the "Westness" relative to the world. (Sequence: Key-Coin-Pencil).
Outcome: Their memories of the 'same' sequence are physically opposite.
Synthesis Question
"If an Absolute speaker describes a car accident, do they report that the driver 'turned North' or 'turned towards the passenger side'?"
Answer: Both are possible, but the 'North' description is legally and colloquially preferred in Absolute cultures.
Gendered Logic Slides Gendered Logic
Grammatical Gender and Object Conceptualization
Semantic Mapping & Morphosyntax
The Arbitrariness of Grammar
In many languages, nouns are assigned a Grammatical Gender (Masculine, Feminine, or Neuter) that is largely arbitrary.
The Question:
"If a bridge is grammatically 'feminine' in German but 'masculine' in Spanish, does the speaker's concept of a bridge change?"
Die Brücke
German (Feminine)
Beautiful
El Puente
Spanish (Masculine)
Strong
Landmark Findings: Sex in Objects
Adjective Generation
Speakers use more "stereotypically feminine" adjectives to describe feminine-gendered nouns, even when the task is performed in English (the neutral language).
Similarity Judgments
Participants judge objects and humans of the same grammatical gender to be more "similar" than those of different genders.
Memory Tasks
Speakers are better at remembering a "Pair" (e.g., Object + Person) if the grammatical gender of the object matches the sex of the person.
The Replication Crisis & Critiques
Mickan et al. (2014)
Failed to replicate the adjective generation effect in a large-scale study of German speakers. Suggests the effect might be highly task-dependent or fragile.
Bender et al. (2011)
Argued that the "bridge" examples are cherry-picked and that many gender assignments have no consistent semantic correlates.
Methodological Caveat
"Is the effect truly linguistic, or is it a byproduct of cultural metaphors encoded in art, literature, and folklore?"
Think: Does a person who doesn't speak the language but grows up in the culture show the same effect?
Synthesis: Grammar vs. Culture
The Case for Relativity
The repetition of gendered pronouns and articles acts as a "constant prime," forcing the brain to reinforce gendered associations hundreds of times a day.
The Case for Universalism
Conceptualization is driven by functional properties (what a bridge DOES). Grammatical gender is just a formal feature (like irregular plurals) with no cognitive depth.
"Does the brain care about grammar when it's not speaking?"
Replication Critique Form Worksheet Replication Critique Form
Topic: Grammatical Gender and Object Conceptions
Lab Section: _______________________
Name: ________________________________
As graduate researchers, we must evaluate the robustness of empirical claims. This form focuses on the Boroditsky et al. (2003) study and subsequent replication attempts (e.g., Mickan et al., 2014). You will analyze the methodological differences that might lead to conflicting results.
Part I: Evaluating the "Key" & "Bridge" Examples
Original Finding:
"German speakers described a 'Key' (masculine) as hard, heavy, and metal. Spanish speakers described the same 'Key' (feminine) as golden, intricate, and little."
1. Identify the primary confounding variable in this adjective generation task. (Hint: Consider the actual physical appearance of keys in Germany vs. Spain). How does this confound threaten the Whorfian interpretation?
2. Design a control condition for this experiment. How would you present the objects to ensure that only the linguistic label (and not the visual stimulus) is being tested?
Part II: Synthesis of Conflicting Evidence
Mickan et al. (2014) failed to find gendered associations when using a larger, more diverse set of objects. They argue that Boroditsky's results were based on item-specific effects rather than a global cognitive shift.
3. Meta-Analytic Reasoning: If a phenomenon (like gendered thought) only appears in specific laboratory tasks and disappears in others, can we still claim it represents a "fundamental way of thinking"? Defend your answer.
4. The "Language-as-Strategy" Argument: Some scholars argue that speakers only use grammatical gender to "help" them think when a task is difficult or ambiguous. If this is true, is the gendered concept part of the speaker’s permanent mental representation, or is it just an ad hoc tool? Explain the distinction.
End of Critique Form — Lesson 4
Semantic Association Key Teacher Resource Semantic Association Key
Teacher Reference: Gendered Object Mappings
Comparative Descriptors (Boroditsky, 2003)
Object German (M/F) Spanish (M/F) Key Descriptor Shift Key M (Schlüssel) F (Llave) German: "Hard, heavy, serrated." Spanish: "Golden, intricate, lovely." Bridge F (Brücke) M (Puente) German: "Beautiful, elegant, slender." Spanish: "Big, dangerous, strong." Sun F (Sonne) M (Sol) German: "Warming, radiant, nurturing." Spanish: "Burning, blinding, fierce." Clock F (Uhr) M (Reloj) German: "Precise, small, ticking." Spanish: "Old, heavy, rhythmic."
The "Cultural Confound"
The Problem: German and Spanish cultures have different artistic and literary traditions. Bridges in Spanish literature may be depicted as symbols of power/conquest (masculine), while German poetry might emphasize the aesthetic grace of a bridge (feminine).
Facilitator Note: Ask students if the "Whorfian Effect" is actually just a "Literary Tradition Effect."
The "Language-of-Task" Effect
The Problem: Many of these studies were conducted in English with bilinguals. When the task is performed in the native language, the gendered effect often decreases or disappears because the grammatical gender is so obvious that speakers actively ignore it (ironic Whorfianism).
Facilitator Note: Direct students to Mickan (2014) for evidence of this counter-intuitive finding.
End of Semantic Key — Mind and Morphosyntax
Neural Bilingualism Slides Neural Bilingualism
Cognitive Control and the "Bilingual Advantage" Debate
Neuroimaging & Executive Function
Structural Plasticity
Grey Matter Density
Mechelli et al. (2004) found increased grey-matter density in the Left Inferior Parietal Cortex of bilinguals. Effect is strongest in "Early" bilinguals.
White Matter Integrity
Enhanced fractional anisotropy (FA) in the Corpus Callosum and Superior Longitudinal Fasciculus , suggesting more efficient inter-hemispheric communication.
"The brain is a muscle: constant linguistic switching requires constant neural negotiation."
The Executive Edge?
The "Bilingual Advantage" hypothesis (Bialystok et al.) argues that managing two languages trains the Executive Control System .
Inhibition
Suppressing the non-target language.
Switching
Rapidly shifting between sets of rules.
Updating
Monitoring the current linguistic context.
The Stroop Advantage
Bilinguals often show reduced interference on tasks like the Simon Task or Stroop Task . They are faster at resolving conflict between competing stimuli.
GREEN YELLOW RED
Bilinguals: "It's just another day of suppressing the wrong signal."
The "Publication Bias" Critique
Paap et al. (2015) conducted a meta-analysis and argued that the "Bilingual Advantage" is often not replicable .
Publication Bias
Studies showing an advantage are published; studies showing no difference (null results) are filed away.
Alternative Explanations
Socioeconomic Status (SES)
Cultural differences in control
Small sample sizes
Conclusion: Is the advantage real, or is bilingualism just different , not better ?
Cognitive Frames of Mind
"Does a bilingual person experience the world differently depending on which language they are currently speaking?"
Semantic Shift
Language triggers specific cultural values and frames of reference (e.g., Personality shifts in bi-cultural bilinguals).
Executive Reserve
Bilingualism as a protective factor against cognitive decline (Dementia onset delay of 4-5 years).
Bilingual Advantage Debate Prep Worksheet Bilingual Advantage Debate Prep
Topic: Executive Function and Neural Plasticity
Name: ________________________________
Date: _________________________________
Seminar Synthesis Task
You are preparing for the final seminar debate on the "Bilingual Advantage." You must synthesize evidence from Structural Neuroimaging (Grey/White matter) and Behavioral Psychophysics (Reaction times, Stroop tasks).
Section I: The Argument for Advantage
1. Connect the anatomical findings of Mechelli et al. (2004) to the functional claims of Bialystok. How does increased grey matter density in the parietal cortex theoretically facilitate better executive control?
2. The "Cognitive Reserve" Hypothesis: Some researchers claim bilingualism delays the symptoms of Alzheimer's by 4-5 years. What is the proposed mechanism for this? (Consider neural compensation vs. neural efficiency).
Section II: The Methodological Skeptic
3. Paap et al. (2015) argue that when SES (Socioeconomic Status) and immigrant status are strictly controlled, the bilingual advantage often vanishes. Why might "immigrant status" be a significant confounding variable in executive function research?
4. Final Synthesis: Is the "Bilingual Advantage" a case of Linguistic Relativity (language changing how the brain works), or is it simply a case of Cognitive Training (doing a difficult task repeatedly makes you better at that specific task)? Does it matter for the Sapir-Whorf framework which one it is?
End of Debate Prep — Mind and Morphosyntax
Final Synthesis Rubric Teacher Resource Final Synthesis Rubric
Grading Standard: Advanced Psycholinguistic Seminar
Criteria Advanced (10-9) Proficient (8-7) Emerging (6-0) Theoretical Depth Clearly distinguishes between determinism, relativity, and universalism. Deconstructs Sapir-Whorf with nuance. Identifies main differences but occasionally conflates relativity with cultural influence. Misunderstands core dichotomy or relies on pop-science definitions. Empirical Synthesis Integrates data from multiple domains (Space, Color, Gender) to support a cohesive argument. References specific studies (Winawer, Levinson) but fails to connect them theoretically. References few studies or misinterprets data results (e.g., Berlin & Kay). Methodological Critique Identifies confounds (SES, cultural tradition) and proposes rigorous control conditions. Identifies basic confounds but lacks detail on experimental design improvements. Accepts empirical claims at face value without questioning design. Neuroscientific Literacy Uses neuroimaging terminology (fMRI, FA, ERP) correctly to explain bilingual cognitive control. Discusses "brain changes" generally but misses specific anatomical structures or metrics. Misuses or omits biological evidence in favor of purely behavioral anecdotes.
The Final Seminar Paper
"Evaluate the status of Linguistic Relativity in the 21st century. Has the field successfully moved beyond the 'circularity' of the early Whorfian hypothesis? Use evidence from neuroimaging and cross-cultural psychophysics to defend your position."
Technical Requirements
• Minimum 2,500 words.
• Analysis of at least 5 primary sources.
• Critique of 1 replication study.
Grading Weight
• Participation in Debate: 30%
• Prep Worksheet Quality: 20%
• Final Synthesis Paper: 50%
Unit Completion — Mind and Morphosyntax
