AI-powered learning. A new visual language.

Turn Knowledge Into an Experience People Want to Continue.

We build AI-powered products that transform textbooks, articles, courses and complex ideas into engaging comic-based learning experiences.

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Any knowledge. Any age. A better way to learn.

The science of learning

Why Are Comics an Effective Engine for Learning?

A Neuroscience and Cognitive Science Perspective

Four perspectives. One visual language.

A Visual Language for Learning

The human brain did not evolve to learn from dense pages of text. Reading is a relatively recent cultural ability that relies on existing neural networks involved in vision, language, attention, and memory. When we read new and complex material, we must recognize words, understand their meaning, hold information in working memory, connect it to prior knowledge, and construct a mental model of the idea. When the amount or complexity of information becomes too great, working memory and attention can become bottlenecks in the learning process.

This is where the potential advantage of comics as a learning engine emerges.

Comics are not simply text with pictures added to it. When designed effectively, they create an information system in which words, visual imagery, spatial relationships, and sequence work together to communicate meaning. Research on multimedia learning suggests that people can often learn more effectively from a well-designed combination of words and images than from words alone. Instead of requiring the learner to mentally translate every verbal description into an internal representation, part of the structure is already made visible.

Less Cognitive Load on the Path to Understanding

One of the central principles of cognitive science is that working memory is limited. When we learn a complex idea through text alone, some of our processing resources are devoted to understanding the sentences, while others are needed to construct the relationships between the ideas.

A well-designed visual representation can reduce some of this effort. Instead of reading a lengthy description of a system, process, or causal sequence, the learner can sometimes see the structure almost immediately.

This does not mean that images ‘bypass’ the cortex, nor that the brain contains two completely separate highways for text and images. The brain relies on overlapping and interconnected networks. The advantage is that information can be represented in multiple complementary forms, helping the learner construct a richer and more accessible mental model.

Comics Turn Time and Space into Teaching Tools

Comics offer another important advantage: they organize information into sequences.

Each panel represents a particular state, while the transition between panels can represent change, action, cause, and effect. Processes that may be difficult to explain in a paragraph — such as a biological reaction, a historical event, a physical process, or an algorithm — can therefore be transformed into a sequence of steps that the eyes and brain can follow.

Images can also provide powerful memory cues. When a concept becomes associated with a character, place, action, and visual form, additional retrieval cues may become available later.

Memory research has long documented the Picture Superiority Effect: under many conditions, visual information is remembered better than verbal information alone.

But Not Every Comic Teaches Well

The advantage does not come simply from adding pictures.

Decorative images, excessive visual stimulation, irrelevant information, or unnecessary repetition between text and illustration can actually increase cognitive load. Effective educational comics must therefore be deliberately designed so that every panel, character, arrow, and sentence contributes to building understanding.

The educational value of comics is not that they make learning ‘easy’ or turn it into entertainment. Their power lies in their ability to create a form of cognitive compression: organizing complex information into integrated visual-verbal units, making abstract relationships visible, and creating a sequence that guides the learner’s attention.

Simply put: a good comic does not merely tell the learner the information — it shows the brain how the information is structured.

This suggests that comics can be viewed not merely as an illustration tool, but as a learning interface: a way of designing information around how attention, working memory, visual processing, and meaning-making interact in the human mind.

Research Foundations

Cognitive Theory of Multimedia Learning (Mayer) · Dual Coding Theory (Paivio) · Cognitive Load Theory (Sweller) · Picture Superiority Effect · Neil Cohn’s research on visual narrative and comics.

Research foundations, not a claim that comics always outperform text. Design and context matter.

A better learning interface

Our Vision

“Teach this to me as a comic.”

Learning is one of the greatest forms of untapped human potential. Yet much of the world’s knowledge is still delivered through dense textbooks, long articles, and formats that make people lose attention before they reach understanding.

We want to change that.

Our vision is to transform any textbook, article, guide, or learning material — across any subject and for any age — into an engaging, personalized comic-based learning experience.

Not simply by adding illustrations, but by translating knowledge into a visual language of characters, stories, sequences, metaphors, and interactions that make complex ideas easier to understand and remember.

We believe many people do not dislike learning. They dislike the experience through which learning is often delivered.

Same knowledge. A better interface.

Ultimately, we want anyone to be able to take almost anything they want to learn and simply say: ‘Teach this to me as a comic.’

Our mission is to make knowledge more engaging, accessible, and effective — and unlock more of humanity’s potential to learn.

The people behind the panels

Meet the Founders

Different perspectives. One shared belief in the potential of learning.

Alon Fliess

Co-Founder & Technology Vision

Technology leader and software architect with more than 30 years of experience in software development and architecture. Microsoft Regional Director and longtime Microsoft MVP, with deep expertise in AI, cloud computing, distributed systems, and software architecture. Founder and CTO of ZioNet, international speaker, educator, author, and mentor. At Comics.Academy, Alon leads the technological vision and architecture behind the AI-powered learning platform.

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Haim Gilboa

Co-Founder & AI & Learning Innovation

Haim combines hands-on technology experience with a strong focus on AI, education, and knowledge transfer. He co-founded ZioNet and established its training operation, helping develop young software professionals and prepare them for the technology industry. His work focuses on applying advanced AI technologies to real-world products and processes. At Comics.Academy, Haim focuses on turning AI into practical, engaging learning experiences.

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Erez Fliess

Co-Founder & Business Leadership

Experienced technology entrepreneur and business leader with a track record of building and leading software companies. Co-Founder and Chairman of ZioNet, and previously co-founder and CEO of OzCode. His experience spans entrepreneurship, strategy, management, and bringing technology products from vision to market. At Comics.Academy, Erez helps lead business strategy, growth, partnerships, and the transformation of the vision into a scalable global company.

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