At Immersive Didactics, we’ve constructed a theoretical model for learning that offers an intuitive novel perspective on how learning works. We call this model The Immersive Didactics Theater of the Mind, and it integrates premier insights from neuroscience and education. This article is meant to explain this novel model, it’s theoretical grounding and it’s applications in education. However, to understand the model, we should first explore our fairly ‘brain-centric’ definition of learning.
“Learning is the act of acquiring and strengthening neurological patterns that can be applied at a later time.”
Let’s take a closer look at this defintion.
The significance of the word Act
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First, let’s consider the word ‘act.’ We chose ‘act’ deliberately because it underscores the active engagement and agency we believe are crucial in effective educational settings. While learning can undoubtedly occur passively or involuntarily; a fall certainly teaches caution without conscious intent, Immersive Didactics focuses on optimizing intentional learning. In the context of education, framing learning as an ‘act’ highlights the learner’s vital role and active participation, qualities consistently shown to enhance educational outcomes. While ‘process’ might be a broader term for all learning, ‘act’ better reflects our commitment to empowering educators to foster environments where learners are active and willing participants in their own growth.
Learning as acquiring Neurological Patterns
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Secondly, notice our focus on ‘acquiring and strengthening neurological patterns.’ This phrase is central to our brain-centric approach. We view learning as a tangible, physical process grounded in the biological reality of our neurology—the formation and reinforcement of observable neurological patterns. This means that for Immersive Didactics, concepts like ‘knowledge,’ ‘skills,’ and ‘attitudes’ are not abstract ideas but are all rooted in this same physical reality: they are specific configurations of neurological pathways. Our approach intentionally steers clear of metaphysical explanations where empirically testable, physical ones can provide clarity, aiming to demystify the learning process.
At Immersive Didactics we posit all aquiring of neurological patterns follows neccesarily from Stimuli. In a nutshell, Stimuli are electrical signals that ‘spark’ our nervous system and brain into action. They function, in essence, as gateways to learning. We separate two types of stimuli; internal and external Stimuli. External Stimuli are stimuli that reach our nervous system through sensory stimulation. A child holding it’s hand above a flame learns quickly that fire is hot, painful and to be avoided. This engrains the pattern that fire is to be avoided into the mind of the child. Internal Stimuli are stimuli that originate from within our minds like emotions, thoughts and other subjective experiences. The same child that has a painful blister may have a thought that remembers the child to seek solace in a caregiver. If the care is given, this further engraves the function of the caregiver in the mind of the child.
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In much of life, and indeed, education, internal and external stimuli are continuously interwoven and presented to us simultaneously and in quick succession. A well narrated audiobook can provide auditory sensory stimuli that trigger internal emotional stimuli facilitating further Engagement and Immersion with the audiobook. Teachers with great storytelling and classroom management skills may leverage External Stimuli by introducing concepts vividly through rehearsed presentation skills and multimedia modalities while cleverly leveraging Internal Stimuli that foster connection to the learning material, or play into students emotional states, group dynamics and psychological needs. These Stimuli ‘spark’ the Learning process, enabling students to aquire and strengthen neurological patterns.
Learning in Time
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Third, let’s examine ‘at a later time.’ This acknowledges that learning’s impact can be immediate (short-term) or enduring (long-term). Within the Immersive Didactics framework, we posit that long-term learning is facilitated when these neurological patterns are deeply ‘engraved’ or, more technically, when their synaptic connections are strengthened. This strengthening increases the likelihood of successful application in the future. This perspective aligns well with established neuroscientific phenomena such as Long-Term Potentiation (LTP), where repeated stimulation fortifies neural pathways, providing a biological basis for how experiences can translate into lasting learning.
Our definition of Learning is meant to benefit educators, not academically describe the physical process of learning in a formal sense.
Lastly, please note that our defintion of Learning is meant to reflect the phenomenom of learning within education whilst empowering educators by position learning as an active process that involves agency and can be fostered over time. We do not neccesarily believe this agency to be ‘real’ in a physical sense. A more formalistic, reduced and scientific definition of learning aligned to our own brain centric perspective may be:
‘Learning is the formation of neurological patterns.’
This defintion also encapsulates all of the above, yet is more reduced and therefore insinuates less agency and active involved by educators and learners. For the purpose of understanding Immersive Didactics, both defintions can be used.
What lies opposite of learning?
At Immersive Didactics, we believe one of the strengths of our definition of learning is that is also encapsulates what we can study in soceity as the opposite of learning, or ‘un-learning’.
‘Un-learning is the degradation of neurological patterns.’
Sadly, most of us who reach a certain age get to experience the devastating effects of Alzheimers, Parkinsons or other neuro-degenerative diseases, which are essentially all diseases that target the central neurvous system in a destructive manner. Almost all of us get to experience second hand, or woefully even firsthand, the terrible loss of dignity and humanity associated with these diseases. We see people inflicted with these diseases lose their ‘spark’ before our very own eyes and ultimately die an unrecognizable shell of who ’they’ used to be. As humans, we collectively experience these neurodegenerative diseases as one of the most terrible faiths that can befall a person. Let’s view learning for what it is in the physical sense and celebrate it. Learning is indeed much more than just neurons firing, it is a large part of what makes us truely human. If this message resonates with you, please consider donating to a neuro-degenerative disease charity.
Now that we looked a bit more closely at our ‘brain centric’ definition of learning, please bear in mind that while our brain-centric perspective on learning certainly has benefits, it also has inherent limitations. We simply do not know and can not give definitive answers on how our posited view of learning works in biological reality. There is no unified empirical theory of cognition and learning, and we may not even be asking the right questions. Modern neuroscience and educational science are still very much in the process of trying to establish falsifiable and empirical theories of cognition and learning. Nevertheless, this limitation of not having hard empirical evidence for a unified theory of learning is also present in every other perspective on learning. At Immersive Didactics, our goal is to synthesize contemporary theory and evidence from multiple disciplines. We aim to offer educators an understandable, interdisciplinary, and evidence-informed perspective on learning; one that empowers educators to make more effective decisions in their daily professional practice, even as the science continues to evolve.
How may Learning work? Neuroscientific Theories of Consciousness and Learning.
As mentioned before, we intentionally hold to a fairly ‘brain-centric’ definition of learning at Immersive Didactics. This allows us to draw theoretical parralels to the biological reality of neuroscience and to theoretical neuroscientific models of consciousness. At Immersive Didactics, we integrate insights from four major consciousness theories in neuroscience to help explain the how of Learning. This offers us some striking parralels between contemporary insights and theory from the world of neuroscience and theory as well as empirical evidence in the world of educational sciences. The major neuroscientific theories of consciousness we’ve integrated into Immersive Didactics are:
(1) Global Workspace Theory: which views consciousness as a network that links unconsciousness processes and conscious processes via a global workspace and a limited spotlight of attention.
(2) Predictive Processing: which views the brain as a prediction machine aimed at minimising prediction error.
(3) Information Integration Theory: which views consciousness as the result of integrated information, the more integrated information becomes the more conscioussness emerges.
(4) Higher Order Thinking: which views metacognition (thinking about thinking, reflection, awareness of the self and limitations of the self) as key drivers of consciousness.
The above mentioned theories are key to understand our theoretical model for learning, which we titled ‘The Immersive Didactics Theater of the Mind‘.
Introducing The Immersive Didactics Theater of the Mind.
Under construction!
At Immersive Didactics, we like to view Learning and our subjective cognitive experience through a unique storied metaphor and theoretical model which we call ‘The Immersive Didactics Theater of the Mind’. Inspiration for this metaphor came from the popular radio term ’theather of the mind’ and the work by Baars on Global Workspace Theory and his stageplay metaphor for consciousness.
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We separate the Immersive Didactics Theater of the Mind into two worlds, the External World and the Internal World. Inside the internal world is The Immersive Didactics Theater of the Mind, which we will just reference as the Theater from here. Functionally, the Theater contains the subjective conscious experience of the learner. The Theater receives stimuli from both Worlds. The External World is the objective reality from which External Stimuli such as sensory input originate. These get processed into electrical signals in the Internal World and get presented onto the Theater as subjective sensory experience. The Internal World houses the machinery to translate stimuli from the Outside World into electrical signals that are processed in the brain. the neurological patterns we discussed from our definition of Learning. These Neurological Patterns can manifest as Internal Stimuli such as memories and emotions onto the Theater, shaping our conscious subjective experience.
Outside World > Sensory Stimuli >Adaptation by Central Nervous System>Processing in brain>Conscious experience<>processing in brain
Basically, the Theater is the stage upon which our conscious subjective experience plays out. It is our filtered subjective experience that integrates the objective outside world and our inside world conscious and unconscious phenomena such as past and present thoughts, memories and emotions into one cohesive subjective experience. As educators, we can exert influence upon the learner’s Outside World, which can then hopefully be internalized into the Inside World via the intermediary of the Theater. Stimuli may pass between the outside world and the inside world either consciously or unconsciously. Only when stimuli are processed consciously, that is, the person is cognitively aware that the stimulus is present, the stimulus enters the Theater. Importantly, everything that appears upon the Stage and leaves the stage passes through Subjective Filters. These filters are subjective because not everyone possesses the same filters: A deaf person has a different filter on the sensory stimulus of soundwaves. Thus, their Theater will present a different subjective experience. A person who has trouble recognizing emotions may have more problems filtering visual ques that communicate emotion, thus, their Theater presents a different subjective experience.
To further elucidate the metaphor of the Theater, we distinguish several critical Roles within the Theater. The Audience is the part of your cognition that tries to
The goal then, for an educator, is to Set the Stage for an educational experience and Perform in such a way that they optimize their chances that Learning may occur. For instance: an educator may give complementary feedback during a one-on-one meeting to a student that has struggled to get up their grades.
They Set the Stage by preparing for the meeting with the student by getting out their report card, circling some low grades, considering the students personal situation with overbearing parents, opening the curtains so some light may come into the room, and setting the chairs in such a way that they sit next to them instead of across them. They plan to offer a resolution to the student while
Then, the educator performs on their prepared stage by showing the student they already did the work to look at the grades, show them they care by taking into account their personal situation and sitting next to them. They look the student in the eye and vocalize that they care about them and their academic results. From the perspective of the student, they receive lots of External Stimuli and Internal Stimuli that interact together to form a subjective experience in the Theater that prompts them for Learning that the educator cares, their results are important and there’s a clear path towards a resolution of an internal conflict: their grades need to be higher.
Co-Creation credits
Written and edited:
Rik van Steenbergen, founder of immersive didactics
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