Dr Lydia Buttigieg PhD (Dunelm)’s Post

🎼 The Benefits of Music Theory — Evidence-Based Insights Music theory is not abstract formalism; it is structured musical cognition. It shapes how musicians perceive, interpret, create, and communicate sound. 🎵 1️⃣ Cognitive & Perceptual Development Harmonic Expectation & Structural Listening ~Theoretical training enhances sensitivity to tonal hierarchy, cadences, and large-scale form. Musicians with tonal literacy demonstrate stronger awareness of tension–resolution patterns. (Lerdahl & Jackendoff, 1983; Huron, 2006) Audiation & Mental Representation ~Literacy-based instruction strengthens internal hearing—the ability to mentally represent sounds prior to performance. (Gordon, 2007) Pattern Recognition & Sight-Reading ~Knowledge of harmonic schemas supports chunking strategies, improving fluency and accuracy in reading and interpretation. (Sloboda, 1985) 🧠 2️⃣ Neuroplasticity & Executive Function Brain Adaptation ~Sustained musical training is associated with structural and functional brain changes in auditory, motor, and prefrontal regions. (Gaser & Schlaug, 2003; Herholz & Zatorre, 2012) Executive Skills ~Music instruction correlates with improvements in working memory, inhibitory control, and cognitive flexibility. (Schellenberg, 2004; Moreno et al., 2011) Analytical & Hierarchical Thinking ~The study of harmony and counterpoint cultivates rule-based and abstract reasoning, paralleling processes in language and mathematics. (Patel, 2008) 🎼 3️⃣ Creative & Performative Agency Informed Interpretation ~Understanding harmonic function and phrase structure enables intentional shaping of musical expression. (Temperley, 2001) Improvisation & Composition ~Stored harmonic frameworks and tonal schemas support coherent improvisation and structured compositional thinking. (Pressing, 1988; Berkowitz, 2010) 📚 4️⃣ Pedagogical & Professional Implications Sequential Literacy Development ~Structured theoretical progression enhances retention and skill transfer. Approaches such as Zoltán Kodály's emphasise inner hearing and systematic literacy. Bridging Practice & Research ~Theory connects performance with music cognition, neuroscience, and scholarship. (Hallam, 2006) Professional Musicianship ~Theoretical fluency improves ensemble communication, arranging skills, and stylistic adaptability. 🎯 Conclusion Music theory functions as a cognitive scaffold for experience-dependent neuroplasticity. It reframes musicianship as adaptive expertise developed through structured, literate engagement, cultivating artistry, analytical precision, and lifelong musical autonomy.

A great insight piece, and I'd go further! Music theory shapes how we musicians perceive, interpret, create and communicate in every context.

“I Hear Your True Colors”: Synesthesia, Music, and the Liminal Spaces of Creativity Inspired in part by Charlie XCX (Smartless podcast). Synesthesia is a neurological variation of perception in which stimulation of one sense involuntarily evokes an experience in another. In musical contexts, sound may be perceived as color, harmony as spatial form, or rhythm as texture and movement. Far from a perceptual curiosity, contemporary research recognizes synesthesia as a stable and meaningful manifestation of human cognition, with profound implications for creativity and artistic thinking (Cytowic, 2002; Ward, 2013). Music, by its very nature, inhabits a liminal space, between structure and emotion, abstraction and embodiment, technical analysis and aesthetic intuition. For synesthetic musicians, this liminality is intensified. Perception unfolds at the threshold between sensory modalities, where the auditory intertwines with the visual, spatial, or kinesthetic. These in-between spaces long associated with transformation and creative emergence (Turner, 1969) allow musical meaning not merely to be interpreted, but deeply experienced. A growing body of research suggests that synesthetic perception may support capacities central to advanced musical practice, including complex pattern recognition, associative memory, and heightened sensitivity to structural relationships in sound (Hubbard and Ramachandran, 2005; Ward et al., 2006). A composer may “see” harmonic progressions as shifting fields of color; a performer may navigate musical form through internally generated spatial maps. Musical neuroscience further confirms that perception and production are inherently multimodal, engaging auditory, motor, visual, and emotional systems simultaneously (Zatorre et al., 2007). It is essential to emphasize that synesthesia does not produce musical talent, nor does it define artistic giftedness. Rather, it may be understood as a cognitive affordance: an alternative perceptual framework that aligns naturally with music’s integrative demands. Musical thinking has always been transmodal, drawing upon time, gesture, imagery, and affect. For some musicians, these dimensions do not simply overlap; they fuse. From an educational perspective, recognizing synesthesia invites a broader and more humane understanding of musical talent, creativity, and learning. Multisensory pedagogies, improvisational practices, visualization, and metaphorical language do more than validate diverse perceptual experiences—they enrich musical understanding for all learners (Eisner, 2002; McPherson and Williamon, 2006). To attend seriously to synesthesia in music is to affirm that creativity often emerges at thresholds between senses, between rigor and imagination, between the visible and the heard. In these liminal spaces, music reveals its true colors, reminding us that perception itself can be an instrument of creation. Amie Karscig Tinesha G. Megan Lancaster

🎵Benefits of Solfège in Music Learning 💡Develops accurate pitch recognition and intonation 💡Strengthens inner hearing (audiation) — hearing music mentally before singing/playing 💡Improves sight-reading skills 💡Builds strong interval awareness 💡Clarifies tonal relationships (do–mi–so function, tonic–dominant feel, etc.) 💡Supports faster memorisation of melodies 💡Enhances ear training and dictation skills 💡Encourages independent musicianship (less reliance on the instrument) 💡Helps students sing in tune confidently 💡Reinforces understanding of scales, modes, and key changes 💡Improves ensemble accuracy (better listening + blending) 💡Connects theory directly to sound (not just notation on paper) 💡Develops musical literacy from an early stage 💡Aids transposition skills through movable-Do thinking 💡Strengthens overall musicianship and musical memory 📋References: 🎼The Kodály Method I: Comprehensive Music Education Choksy, L. (1999). The Kodály method I: Comprehensive music education (3rd ed.). Prentice Hall. 🎼The Kodály Context: Creating an Environment for Musical Learning Houlahan, M., & Tacka, P. (2008). The Kodály context: Creating an environment for musical learning. Oxford University Press. 🎼Kodály Today: A Cognitive Approach to Elementary Music Education Choksy, L. (1981). Kodály today: A cognitive approach to elementary music education. Prentice Hall. 🎼Music Learning Theory for Newborn and Young Children Gordon, E. E. (2013). Music learning theory for newborn and young children. GIA Publications. 🎼Music Learning Theory for Newborn and Young Children Gordon, E. E. (2012). Learning sequences in music: Skill, content, and patterns (2012 ed.). GIA Publications. 🎼The Musical Mind: The Cognitive Psychology of Music Sloboda, J. A. (1985). The musical mind: The cognitive psychology of music. Oxford University Press. 🎼Teaching General Music: Approaches, Issues, and Viewpoints Abril, C. R., & Gault, B. M. (Eds.). (2016). Teaching general music: Approaches, issues, and viewpoints. Oxford University Press.

Music education in 2026 is increasingly shaped by short-form content: reels, shorts, and rapid tutorials that promise instant results. While these formats offer exposure, they often replace structured learning with disconnected imitation. This article examines why musical systems—such as rāga, harmony, and form—cannot be understood through fragments alone. Music is not a collection of tricks, but a system of relationships that requires time, continuity, and contextual immersion. When learning is reduced to isolated phrases, students may replicate sounds without understanding the grammar that produces them. The result is imitation without musicianship, performance without comprehension. Rather than rejecting technology, this piece argues for structural clarity: short-form tools may orient curiosity, but real learning begins only when analysis, silence, and sustained practice resume off-screen. This is not merely a pedagogical concern. As learning fragments, music itself risks adapting to reduced attention—becoming shorter, simpler, and structurally thinner. The question is no longer how we teach music, but what kind of musical thought we allow to survive.

Do Acoustic Guitars Sound Better With Age? Musical Instrument Experts Explain Key Takeaways - Cellular Evolution: Aging wood improves its stiffness-to-weight ratio through natural chemical changes. - Solid vs. Laminated: Only solid wood tops truly "open up," while laminated alternatives remain acoustically static. - Resonance Drivers: The degradation of hemicellulose and loss of moisture reduce internal dampening. - Modern Replicas: Thermal treatments (torrefaction) can mimic decades of aging in a fraction of the time. - The Expert Edge: Professional consultation helps musicians find specific tonal characteristics in pre-owned gear. The relationship between a musician and a wooden instrument is often described in near-mystical terms. However, beneath the romantic notions of "soul" and "character" lies a rigorous set of biochemical changes. For those looking to understand why a https://lnkd.in/ety3xtZZ sounds fundamentally different from one fresh off the assembly line, the answer is found in the very cells of the timber. Drawing on a century of family-owned expertise in the music industry, luthiers and instrument collectors observe how these changes translate from the laboratory to the stage. Wood's Natural Transformation Creates Nuanced Sound Changes The transformation of wood in musical instruments is a slow-motion evolution. When a tree is first harvested and turned into a soundboard, it is still "green" in a cellular sense. Even after kiln-drying, the wood contains volatile organic compounds and a cellular structure that hasn't yet adapted to the constant stress of string tension and vibration. Over decades, these fibers undergo molecular shifts that alter how sound waves travel through the grain. This results in the "warmth" or "roundness" that defines a high-quality aged instrument. This aging process isn't uniform across all species. In the world of acoustic instruments, spruce and cedar are the most common choices for soundboards due to their high strength-to-weight ratios. As these woods age, they become more efficient at translating string energy into audible sound. When exploring quality used musical instruments, musicians are often searching for this specific "settled" tone that only time can provide. The Science Behind Aging Wood Benefits Hemicellulose Degradation And Acoustic Clarity One of the most significant factors in the aging process is the gradual loss of hemicellulose. This is a soluble polysaccharide that acts as a sort of "filler" within the wood's cell walls. Over time, environmental factors and natural chemical reactions cause hemicellulose to break down. As this substance dissipates, the remaining cellulose and lignin form a more rigid, skeletal matrix. This transformation is vital for sound quality. A more rigid internal structure allows sound waves to pass through the wood with less resistance. In simpler terms, the wood becomes "faster." F... More info at: https://www.samash.com/ web

In music production, your ears are your most powerful tool. But do you know how listening actually works? Explore ADAM Audio’s insights on sharpening your judgment, refining your instincts, and making better mix decisions. Read the full article https://lnkd.in/eN88BTmA #ADAMAudio #JBMusic

I've started teaching again... Here's a press release that was published a couple of weeks ago: FOR IMMEDIATE RELEASE Acclaimed Musician Resumes Personalized Guitar Lessons for Aspiring Artists Worldwide Nationwide — [02-09-2026] — Renowned guitarist and musician Earl Carter announces the launch of his personalized guitar lesson program, offering aspiring guitarists the opportunity to learn directly from his decades of professional experience in the music industry. With a career spanning more than three decades, Carter is widely respected for his exceptional technique, innovative style, and soulful performances. His career highlights include collaborations with legendary artists, performances at prestigious venues, and a body of recorded work that has captivated audiences around the world. Driven by a deep passion for music education, Carter now offers private guitar instruction tailored to students of all skill levels. From beginners learning foundational techniques to advanced players refining their artistry, each lesson is customized to meet individual goals and musical interests. Lessons may include instruction in:   - Fundamental guitar techniques and chord progressions   - Advanced soloing and improvisation   - Practical music theory for guitarists   - Songwriting and composition   - Performance skills and stage presence Carter’s teaching approach emphasizes hands-on, practical learning, ensuring students can immediately apply new concepts to their playing. Known for his patient and encouraging style, he fosters a supportive environment that inspires creativity and musical growth. “I believe everyone has the potential to become a great guitarist,” said Carter. “With the right guidance, dedication, and passion, musicians can unlock their creativity and truly express themselves through the instrument. I’m excited to help students begin—or continue—their musical journey.” Private lessons are available in person at Earl Carter’s studio as well as virtually via video conferencing, making instruction accessible to students worldwide. Lessons are offered by appointment only, with flexible scheduling to accommodate various time zones and commitments. Enrollment is limited to ensure high-quality, personalized instruction. Interested students are encouraged to register early. For more information Google or ChatGPT "Earl Carter Musician" About Earl Carter Earl Carter is an internationally acclaimed guitarist with over 30 years of professional experience. Celebrated for his technical mastery and musicality, he has performed alongside some of the industry’s most respected artists and on stages across the globe. Dedicated to music education, Carter is committed to helping guitarists develop their skills and achieve their personal musical goals. Best regards

Next up in our 'Meet the Researcher' series is our wonderfully talented colleague Dr. Maria Varvarigou. What did you study as an undergraduate and postgraduate? I studied Music performance and music education at the Ionian University in Corfu, Greece. This was a five-year programme with an integrated master’s degree on the final year. During my studies, I specialised in solo performance in both singing and the oboe. Following my masters’ degree, I was awarded a scholarship to undertake a PhD in Singing Performance at the University of York, UK. However, within the first month, I realised that I missed working with children and didn’t want to spend most of my time in a practice room. I then applied for a PhD in Music Education at the Institute of Education (IoE) in London, where I was accepted and started a year later, completing my degree in 2009. Tell us a bit about your research I am currently researching inclusive music pedagogies – effective practices that music teachers and facilitators use to promote inclusion whilst providing high quality music learning and participation experiences for all. I am also involved in research exploring how choral conducting education can become more inclusive through the adoption of Universal Design for Learning (UDL). Additionally, I am building on my work in intergenerational music making. My current focus is on how storytelling and how sensory approaches can enhance music learning and participation across different age groups. What do you enjoy most about undertaking your research projects? For me, the most enjoyable aspects of undertaking a research project are interacting with research participants and collaborating with colleagues. While I appreciate the value of individual research, I find the collaborative process particularly exciting. What do you like about supervising students? One of the most rewarding aspects of supervision is seeing my students ideas take shape and evolve. It is particularly fulfilling co-publishing with my students and standing alongside them at conferences and lectures, sharing a presentation podium as colleagues. Do you have any advice for someone considering taking up a postgraduate programme by research? Choose an area of research that genuinely excites you even if you are not entirely sure what you want to explore at first. Research is a journey with its own pace. Be prepared to shift gears throughout the process and don’t stress if you hit roadblocks along the way. You will reach your destination eventually. Most importantly, avoid comparing your pace with that of other students. Research is a deeply personal process, and everyone moves at their own speed. Faculty of Education, Mary Immaculate College Maria Varvarigou

Comparison of Cognitive Performance in Elderly Individuals With and Without a History of Music Training Elham Kishi, Majid Azizi Abstract The present study aimed to investigate the impact of music training on the cognitive performance of elderly individuals. The research design was descriptive and of a causal-comparative type. A total of 35 elderly individuals with a history of music training and 35 without any prior music training were selected through purposive sampling. The Addenbrooke's Cognitive Examination Revised (ACE-R) was used to collect data. Multivariate analysis of variance (MANOVA) revealed a significant difference between the two groups—those with a history of music training and those without—in terms of overall cognitive performance, as well as in the domains of attention, memory, verbal fluency, language, and visuospatial function (P < 0.01). The group with a history of music training exhibited higher mean scores across all cognitive functions. It appears that music-related activities can be considered as potential strategies for enhancing and maintaining cognitive performance in the elderly. Based on these findings, music training can be recommended as an effective tool for improving cognitive function in older adults. https://lnkd.in/eUh-nFUp