Dr. Liane Ströbel

Pedagogy

Grasp language, don’t just memorize rules:

language does not arise in a vacuum,

but from perception, movement, and experience.

The grammar of perception: bridging sensorimotor skills and language learning

Language and its underlying structures have always fascinated me, particularly the nuances and commonalities shared between related and unrelated language families. My primary research focuses on the origin of grammatical categories and how functional domains within a grammatical system can shift or substitute for one another.

The concept of translating my findings into perceptual and conceptual parameters, which I pedagogically term cognitive building blocks, originated during my work in the DFG Collaborative Research Centre 991. There, I deeply investigated lexicon structures, with a particular emphasis on the linguistic representation of emotions and colors.

I am driven by the question of whether we remain consciously aware, even if only indirectly, of the original motivation behind these building blocks, and how they can influence us through framing effects. Because of this, the theory of cognitive building blocks also permeates my publications on socially relevant topics in the fields of rhetoric and discourse analysis. The realization that a single theoretical framework can help explain phenomena across such diverse domains inspired me to make these insights accessible to a broader audience.

This vision led to various projects and binational collaborations, which initially focused primarily on syntax and the graphical representation of syntactic structures. However, a crucial bridge was missing: connecting my linguistic research on sensorimotor skills, iconicity, and pedagogy, despite having explored sensorimotor strategies as early as my doctoral thesis. A deep dive into a book project tackling one of the most complex hurdles in Spanish, French, and Italian instruction (the Subjuntivo / Subjonctif / Congiuntivo) finally prompted me to not only analyze these sensorimotor phenomena in grammar, but to transform them into actionable, intuitive learning tools.

The idea of building blocks is based on the assumption that our brain operates with limited resources while still possessing remarkable flexibility in perception and concept formation. Instead of constantly creating new, complex entities, our thinking combines already existing and familiar elements, such as concepts, perceptual patterns, or terms, into new meanings and connections. This represents an efficient strategy for generating a vast diversity of thoughts and linguistic expressions using limited “storage capacity.”

This approach manifests not only in grammar but also in the lexicon: new words frequently arise through the creative combination of existing terms. Cognitive and linguistic development functions in a similar way: by linking experiences and concepts, new semantic units emerge.

Imagine arriving late to a class or a meeting. We open the door, and at that exact moment, a wide variety of sensory impressions rush in: voices, footsteps, the scent in the room, a person speaking, others listening, whispering, or turning away. Some react to our arrival with glances, gestures, or facial expressions. We might even notice details like pens, laptops, or the clothing of those present. We capture all of these impressions within fractions of a second, simultaneously and holistically. Our perception functions globally, rapidly, and in an interconnected manner.

Yet, the moment we attempt to put this snapshot into words, everything slows down. That is because language operates linearly: we must organize our thoughts, arrange them into a sequence, and form sentences. What we experienced within the span of a single glance takes significantly longer to express linguistically.

This is precisely where cognitive building blocks unfold their unique utility: they help process the abundance of impressions in a structured way and map them out linguistically. On one hand, they are flexible and can be combined in diverse ways. On the other hand, once linked together, they form stable units that we can retrieve more quickly later on and integrate purposefully into our communication.

Language is far more than a mere sequence of words; it is a living system full of structures, patterns, and endless combinatorial possibilities. Yet, how can this complexity truly be grasped?

Children, adolescents, and language learners in particular benefit from a visual representation of language to intuitively capture its construction and dynamics. After all, we can only understand what we can visualize. When language becomes visible, grammar, language change, and linguistic logic become tangible.

In the intuitive grammar of cognitive building blocks, the goal is not to memorize rules and exceptions, but rather to understand grammatical structures in a natural way. Therefore, mechanical exercises aimed solely at recognizing triggers have been eliminated and replaced with captivating, thought-provoking stories that breathe life into the characters. Furthermore, typical vocabulary lists have been omitted in favor of integrated full (free) translations of the texts.

Language does not arise in a vacuum, but in direct interaction with our sensory perception and motor skills. The building blocks form the foundation upon which linguistic structures develop as a reaction to what we see, hear, and do.

Language follows inner patterns that we unconsciously recognize and learn. The building blocks reflect these patterns; they are flexible and adapt to the respective linguistic and cultural environment.

We learn grammar not just through rules, but above all through intuitive processes. The building blocks make it visible why certain structures emerged and how they evolved.

Linguistic structures are dynamic. The building blocks reveal underlying mental processes, showing how language adapts to new contexts while relying on familiar sensorimotor strategies.

Whether mono- or multilingualism, underlying cognitive processes remain comparable. The blocks show how structures can be analyzed across different languages and how the brain works when switching between them.

Abstract grammatical concepts become concrete through visual representations, images, shapes, and spatial arrangements so language is truly grasped and understood.

Colors follow a cognitively thoughtful logic, reflecting the evolution of linguistic categories and human color perception to create an intuitive bridge between meaning and grammar.

Who is this for?

The intuitive grammar of cognitive building blocks accompanies learners from first steps to advanced study, with a beginner’s book, an advanced book, a workbook, and supplementary materials for upper secondary and university level.

The grammar of cognitive building blocks is constantly evolving, forged from years of foundational research and refined through practical application.

To ensure the absolute quality and integrity of this system, the full volumes and visual materials are currently undergoing their final development and testing phase.

Are you an educator, researcher, or academic institution looking to get an exclusive first look at the prototypes?

Secure an advance inspection copy or join our circle of beta testers by reaching out directly at info(@)lianestroebel.de.