The study, published in Discover Education, involved 109 first-year social science students aged 18 to 22, divided into an experimental group of 54 and a control group of 55. Both groups covered the same five thematic reading units from the university’s Communicative English Language Skills I curriculum, but the teaching methods could not have been more different. The control group received conventional teacher-centered instruction: lectures, vocabulary drills, comprehension question-and-answer sessions, and independent writing assignments. The experimental group received instruction built explicitly on principles of brain-compatible learning drawn from educational neuroscience.

The Brain-Based Learning Approach was first conceptualized by Renate Caine and Geoffrey Caine in the early 1990s and later developed by Eric Jensen and David Sousa. Its core premise is that learning occurs optimally when students feel emotionally safe, engage multiple senses simultaneously, and connect new material to prior knowledge. At the neurobiological level, this means orchestrating the interaction between the prefrontal cortex, which governs attention regulation and metacognition, and the limbic system, including the amygdala for emotional processing and the hippocampus for memory consolidation. When these systems work in concert rather than in isolation, encoding, retrieval, and retention all improve.

Each 120-minute BBLA session followed a standardized four-part format. Students began with a 10-minute mindfulness warm-up involving focused breathing exercises designed to reduce stress and regulate attention. This was followed by 30 minutes of explicit strategy instruction, 70 minutes of guided multimodal practice, and a 10-minute reflective closure for metacognitive consolidation. Across the 16-week intervention, students engaged in kinesthetic activities that activated motor memory pathways, visualization techniques such as mind-mapping that reduced cognitive overload, collaborative jigsaw activities that engaged social cognition networks, and mindfulness practices that lowered anxiety before reading tasks.

The theoretical scaffolding for these techniques draws on several well-established frameworks. Paivio’s dual coding theory explains why pairing verbal information with visual imagery strengthens comprehension. Krashen’s affective filter hypothesis accounts for why reduced anxiety facilitates language acquisition. Fredrickson’s broaden-and-build theory describes how positive emotions expand cognitive and motivational resources. Bandura’s social cognitive theory identifies mastery experiences as the most potent source of self-efficacy. BBLA operationalizes all of these simultaneously, creating a feedback loop in which emotional safety enables deeper cognition, and successful cognition reinforces supportive emotions.

To measure outcomes, the researchers used two validated psychometric instruments: a 30-item Reading Attitude Questionnaire and a 16-item Reading Self-Efficacy Scale, both culturally adapted through back-translation procedures between English and Amharic. Confirmatory factor analysis on pilot data confirmed acceptable model fit for both scales, with all standardized factor loadings exceeding 0.50. Cronbach’s alpha values of 0.731 for reading attitude and 0.795 for reading self-efficacy fell within acceptable ranges for affective constructs in cross-cultural educational research.

Before the intervention began, the two groups were statistically indistinguishable. A multivariate analysis of variance on pretest scores revealed no significant differences between groups, with Wilks’ Lambda of 0.991 and a p-value of 0.623. After 16 weeks, the picture had changed beyond recognition. The post-intervention MANOVA revealed a significant overall effect favoring the experimental group, with Wilks’ Lambda of 0.160, F(2, 106) = 277.808, p < 0.001, and an associated effect size of 0.840, indicating that the BBLA intervention explained a major portion of the variance in reading outcomes.

Follow-up independent t-tests confirmed the magnitude of the difference. In reading attitude, the experimental group scored 3.58 compared to the control group’s 3.14, yielding a Cohen’s d of 1.55. In reading self-efficacy, the gap was even more striking: 4.31 versus 2.14, with a Cohen’s d of 2.30. Within-group paired t-tests showed that the experimental group improved from a pretest mean of 3.02 to 3.58 in reading attitude and from 2.05 to 4.31 in reading self-efficacy, while the control group showed negligible change. The self-efficacy gains were particularly notable because they align with Bandura’s insight that mastery experiences, not pep talks, are what build genuine confidence.

The researchers argue that the exceptionally large effect sizes, which exceed those reported in comparable BBLA studies from Turkey, Iran, and Malaysia, may reflect the particularly rigid teacher-centered instruction that characterizes Ethiopian higher education. When students have been subjected to memorization-heavy, exam-driven pedagogy that ignores their emotional responses, a shift to brain-compatible methods may produce especially dramatic attitudinal change. The collaborative activities also fit well with communal learning norms in Ethiopian culture, suggesting that neuroscience-informed approaches must be contextualized rather than applied universally.

The study’s authors acknowledge limitations, including the quasi-experimental design that precluded random assignment of individual participants and the 16-week intervention period that limits conclusions about long-term retention. Future research should explore physiological measures such as cortisol levels and EEG engagement markers, examine teacher variables in BBLA implementation, and test cost-effective adaptations for low-resource schools. Nevertheless, the findings suggest that neuroscience-based pedagogies are implementable even in resource-constrained settings, offering a scalable model for pedagogical reform that balances cognitive skill development with students’ emotional and motivational well-being.

Subject of Research: Educational Neuroscience

Article Title: Effects of a neuroscience informed brain based learning approach on reading attitude and self efficacy among EFL students

Article References: Hussein, A., Ferede, T., & Alemu, A. (2026). Effects of a neuroscience informed brain based learning approach on reading attitude and self efficacy among EFL students. Discover Education, 5(1), Article 837. https://doi.org/10.1007/s44217-026-02095-4

Image Credits: AI Generated

DOI: 10.1007/s44217-026-02095-4

Keywords: educational neuroscience, EFL, reading self-efficacy, brain-based learning, Ethiopia, quasi-experimental study, Effects, neuroscience, informed, brain, based, learning

The research, published in Frontiers in Education, examined what scientists call neuromyths—misconceptions generated by misunderstanding, misreading, or oversimplifying findings from neuroscience. Neuromyths have been studied extensively in relation to learning styles and hemispheric dominance, but misconceptions specifically about motor development and coordination have remained largely unexplored. This gap matters because movement-based developmental programs, often marketed as motor therapies, have expanded substantially in Hungary over the past two decades, with many teachers and special education professionals completing certificate courses in methods such as Brain Gym, sensory integration therapy, and various sensorimotor training approaches.

A research team led by Katalin Kälbli and Tamás Csányi, drawing on institutions including Eötvös Loránd University and the Hungarian University of Sports Science, conducted a cross-sectional online survey in February and March 2022. Invitations were distributed through the email lists of professional teachers’ associations and the two largest Hungarian social media groups for teachers, reaching participants from every region of the country. After data cleaning, the final sample comprised 734 in-service teachers with a mean age of 48.1 years. Most were women (92.5 percent), and 60.6 percent were special education or conductive education teachers. Notably, 206 participants—28.1 percent of the sample—reported having completed training in at least one motor therapy approach, most commonly Complex Motor Therapy, Basic Motor Development Therapy, Planned Sensorimotor Training, Dynamic Sensory Integration Therapy, or the INPP method.

Participants completed the Hungarian Neuroliteracy Questionnaire, a 44-item instrument containing statements about brain function, learning, and development. The current analysis focused on 13 statements addressing motor development and coordination. Three were adapted from an established international questionnaire, while ten were newly developed by the research team based on claims frequently encountered in Hungarian-language promotional materials for motor therapy programs. Eleven of the 13 statements were scientifically inaccurate, and two were accurate. Respondents rated their agreement on a four-point Likert scale, with an additional option to indicate they did not know. For analysis, agreement and disagreement responses were collapsed into two categories and coded according to the scientific accuracy of each statement.

The results were striking. Incorrect response rates across the 13 statements ranged from 7.6 percent to 95.8 percent, and the mean incorrect response rate for the full sample was 73.1 percent—meaning that, on average, teachers answered roughly three out of every four statements incorrectly. Eleven of the 13 statements were answered incorrectly by more than 60 percent of participants. The most prevalent misconception was the claim that exercises rehearsing coordination of motor-perception skills can improve literacy skills, endorsed incorrectly by 95.8 percent of the total sample. Three of the four most prevalent misconceptions concerned hemispheric integration—the idea that coordination exercises can permanently improve communication between the brain’s two hemispheres—with incorrect response rates between 91.3 and 95.8 percent. Among teachers who had completed motor therapy training, 98.1 percent incorrectly endorsed the claim that effective communication between the cerebral hemispheres can be permanently improved through appropriate motor coordination exercises, compared with 94.5 percent of those without such training.

The comparison between trained and untrained teachers produced the study’s most consequential finding. Teachers who had completed motor therapy training showed a higher mean incorrect response rate than those who had not (77.9 percent versus 71.2 percent) and a lower rate of uncertainty, choosing the I-don’t-know option only 3.6 percent of the time compared with 10.3 percent for untrained teachers. Trained teachers showed higher incorrect-response rates on 11 of the 13 statements, with statistically significant differences on several items, including claims about crawling patterns, cross-lateral movements, and language disorders being underpinned by delayed motor development. In an ordinal logistic regression controlling for gender, age, degree type, and information sources, completion of motor therapy training remained independently associated with higher odds of belonging to a higher incorrect-response category (OR = 1.672, 95 percent CI [1.177, 2.374], p = 0.004). The pattern of lower uncertainty alongside higher error rates is consistent with previous research showing that teachers who endorse neuromyths tend to feel confident in their false beliefs—a combination that may facilitate the spread of misconceptions into classroom practice and parental advice.

The analysis also identified factors linked to information consumption. More frequent use of pedagogical journals and textbooks was associated with higher incorrect response rates, whereas more frequent use of neuropedagogical methods in professional practice and of English-language peer-reviewed journals was associated with lower incorrect response rates (OR = 0.618, 95 percent CI [0.505, 0.757], p < 0.001). This last finding is particularly revealing: 90.9 percent of teachers reported never or rarely reading scientific articles in English, and only 3.4 percent used such resources frequently or regularly. The authors suggest that limited engagement with international academic literature may have constrained the incorporation of contemporary theories of motor development—which emphasize dynamic, context-dependent processes rather than the strictly linear, hierarchical progression assumed by the neuromaturational theory underpinning many motor therapies—into teachers’ professional knowledge. Female gender was also associated with higher incorrect-response odds, though the authors caution this result is exploratory given that 92.5 percent of the sample were women.

The study’s implications extend beyond Hungary. Teachers play a key role in identifying atypical developmental trajectories and guiding parents toward interventions, and educators who endorse movement-related neuromyths may recommend unproven therapies—sometimes even for cognitive or speech development—during sensitive periods of development. Implementing interventions whose effectiveness has not been established may divert time and resources from evidence-based practices and impose financial burdens on families. The authors propose that teacher education explicitly address movement-related neuromyths, present contemporary theories of motor development, and develop critical appraisal skills, noting that previous research shows general neuroscience education decreases but does not eliminate neuromyth beliefs. They also recommend disseminating high-quality scientific information through accessible platforms, including the social media channels teachers already use, to close the communication gap between researchers and practitioners.

As the first study to assess the prevalence of neuromyths specifically related to motor development and coordination, the research extends the international literature on educational misconceptions and highlights a counterintuitive pattern: specialized training in movement-based therapies was associated with greater, rather than lower, endorsement of movement-related misconceptions. Because the study was cross-sectional, the associations cannot be interpreted as causal, and the authors call for longitudinal and intervention-based research examining whether targeted training can produce sustained changes in teachers’ beliefs. Future studies should also consider the content, duration, accreditation status, and scientific foundations of motor therapy training courses, which may help explain the association observed. For now, the message for educators and parents alike is clear: when it comes to claims about movement, coordination, and the brain, confidence is no substitute for evidence.

Subject of Research: Neuroscience

Article Title: Neuromyths about motor development and coordination among Hungarian teachers: prevalence and associations with completion of motor therapy training

Article References: Kälbli, K., Vig, J., Kaj, M., Kas, B., Berki, T., Tóth, L., & Csányi, T. (2026). Neuromyths about motor development and coordination among Hungarian teachers: prevalence and associations with completion of motor therapy training. Frontiers in Education, 11, Article 1971180. https://doi.org/10.3389/feduc.2026.1971180

Image Credits: AI Generated

DOI: 10.3389/feduc.2026.1971180

Keywords: neuromyths, motor development, teacher education, educational neuroscience, motor therapy, Hungary, motor, development, coordination, Hungarian, teachers, prevalence

The article, authored by Manuela Macedonia of Johannes Kepler University Linz together with Lihui Hu and Brian Mathias of the University of Aberdeen, introduces what the authors call the Gesture Memory Support Model, or GMSM. Rather than offering yet another theory of embodied cognition, the framework shifts the level of analysis. Instead of asking whether gesture enrichment helps learning in general, it asks which properties of a specific gesture, in relation to a specific word and a specific group of learners, are likely to make that gesture memorable. The authors identify seven dimensions hypothesized to shape a gesture’s mnemonic contribution: iconicity, sensorimotor imagery potential, motional salience, emotional salience fit, gesture complexity fit, cultural familiarity, and enactment potential.

The theoretical foundation rests on embodied accounts of cognition, which hold that conceptual knowledge is grounded in sensory and motor experience rather than stored as purely abstract symbols. Neuroimaging studies have shown, for example, that reading action verbs such as “kick” or “lick” activates somatotopically organized regions of motor cortex corresponding to leg and mouth movements. When a new word is learned together with a meaningful gesture, the resulting lexical representation appears to be genuinely multimodal: words trained with gestures later engage sensory and motor brain regions during recognition even when the gestures themselves are no longer present. Causal evidence goes further, indicating that visual and motor cortices contribute to the later translation of vocabulary acquired through sensorimotor-enriched training. In other words, gesture enrichment may alter the functional representation of a newly learned word rather than merely serving as an attentional aid during encoding.

The first and most extensively studied dimension is iconicity, the degree to which a gesture visually resembles or symbolizes salient semantic properties of its referent. The evidence here is striking. In one study, learners of an artificial vocabulary corpus retained significantly more words paired with iconic, semantically congruent gestures than words paired with meaningless self-directed movements. Functional magnetic resonance imaging revealed that iconic gestures recruited broader motor networks, whereas meaningless gestures additionally activated a cognitive control network resembling that seen in Stroop-like interference tasks, suggesting that learners expect at least some semantic congruency between a word and its gesture. Electroencephalography studies using Stroop-like paradigms have found that incongruent gesture-speech pairings elicit larger N400 responses and slow reaction times, indicating automatic semantic integration and a processing cost when gesture and speech conflict. Importantly, the authors caution that iconicity is a matter of degree rather than a simple yes-or-no category, and that even arbitrary gestures can still enhance memorability relative to no gesture at all.

Two further dimensions capture different facets of a gesture’s expressive force. Motional salience refers to the perceptual prominence of the movement itself, how spatially extensive, dynamic, or vigorous it is, which plausibly modulates visual attention and the probability that gestural information is encoded. Emotional salience fit, by contrast, concerns whether the affective tone conveyed by the gesture and, where visible, the facial expression is appropriate to the meaning of the target word. The authors are careful to separate these constructs, because they can co-occur without logically entailing one another. A vivid example comes from item-level analyses of a classroom training study: the pseudoword “nunun,” meaning seal, was paired with a playful whole-body gesture of balancing an imaginary ball on the nose, and it became the most memorable word in the entire corpus, accounting for 9.59 percent of all retrieved items. Yet another animal word, “strattin” for bat, was paired with an equally conspicuous flight-mimicking gesture and was remembered far less well, illustrating that movement dynamics alone cannot explain a memory advantage and that affective and semantic associations of the referent may contribute.

The remaining dimensions extend the analysis to the learner and the context. Sensorimotor imagery potential captures the extent to which a gesture provides bodily, action-related, or tactile cues that may elicit internal simulation of the concept, a property that can be high even when visual resemblance is low, as in metaphorical gestures for abstract words. Gesture complexity fit asks whether a gesture’s observable motoric demands, its number of movement phases, limb involvement, and coordination requirements, are appropriate for the target meaning and learner population, with the authors explicitly rejecting the assumption that simpler is always better. Cultural familiarity acknowledges that gestures are embedded in sociocultural systems of meaning: the thumbs-up sign conveys approval in many Western contexts but may carry different or even offensive meanings elsewhere, and studies show that culturally unfamiliar emblems can reduce perceptual accuracy and social evaluations. Finally, enactment potential characterizes how readily a specified learner population could accurately reproduce a gesture, a relational property that is distinct from whether learners actually perform the gesture during instruction.

On the question of performance versus observation, the review delivers a nuanced verdict. The enactment effect, the well-established memory advantage for material that learners physically perform, is substantial, with a meta-analysis reporting an average effect of g = 1.23 in episodic memory. However, a systematic review and meta-analysis of gesture-supported foreign language learning, based on seven studies and 309 participants, found that observing gestures can be as effective as performing them for several vocabulary outcomes, including free recall and cued recognition. This convergence is consistent with embodied accounts proposing that action observation recruits perceptual and motor representations similar to those engaged during execution, while active production additionally supplies motor commands, proprioceptive feedback, and kinaesthetic experience. The authors also flag temporal synchrony between gesture and speech as a critical implementation condition rather than a gesture property: experiments with animated speakers showed that gesture strokes delayed by 500 milliseconds or omitted altogether reduced word recall, whereas strokes slightly preceding the stressed syllable were as effective as fully synchronized ones.

Operationally, the GMSM proposes that trained human raters score each gesture on all seven dimensions using five-point ordinal scales with dimension-specific anchors, ideally from standardized video recordings, and code a dimension as not applicable when reliable evaluation is impossible. Crucially, the ratings are retained as a multidimensional profile rather than collapsed into a single effectiveness score, because the dimensions are not assumed to be statistically independent or to contribute additively to learning. Worked examples illustrate the value of this approach: miming drinking from a cup earns high ratings across nearly every dimension, an arbitrary finger sequence scores low on most scales while still fitting the neutral emotional tone of the word, and outlining a roof shape for “house” yields a heterogeneous profile combining maximal iconicity with only moderate sensorimotor imagery potential and low motional salience.

The authors are explicit that the GMSM is at present a framework for characterization and hypothesis generation, not a validated diagnostic or predictive instrument. Its reliability, the empirical distinctiveness of its dimensions, and their individual and interactive relationships with learning outcomes all remain open questions. Future studies could use the dimension ratings as item-level predictors in regression or mixed-effects models, test whether sensorimotor imagery potential explains variance beyond iconicity, examine whether enactment potential moderates the advantage of production over observation, and explore whether multimodal artificial intelligence systems can assist large-scale gesture characterization, provided such computational ratings are validated against human judgments. For teachers and curriculum developers, the framework offers no simple recipe, but it does something arguably more valuable: it makes the design of instructional gestures a theoretically informed decision rather than an afterthought, treating the rich variability of human movement as a meaningful determinant of how well new words take root in memory.

Subject of Research: Gesture-supported second language vocabulary learning and the characterization of instructional gestures

Article Title: Why Some Gestures Work Better than Others: Toward a Model of Gesture-Supported Vocabulary Learning

Article References: Macedonia, M., Hu, L., & Mathias, B. (2026). Why Some Gestures Work Better than Others: Toward a Model of Gesture-Supported Vocabulary Learning. Educational Psychology Review, 38(1), Article 129. https://doi.org/10.1007/s10648-026-10222-8

Image Credits: AI Generated

DOI: 10.1007/s10648-026-10222-8

Keywords: gestures, vocabulary learning, second language acquisition, embodied cognition, memory, iconicity, enactment effect, cognitive load, educational neuroscience, multimodal learning, Gesture Memory Support Model, instructional design