Scientific findings
and an innovative approach with learntap.ai

In a time when learning is increasingly digital and often sedentary, a key connection gains importance: learning and movement are closely linked. Numerous scientific studies demonstrate that physical activity not only strengthens physical health but also supports cognitive processes, improves memory, and increases concentration.

Neurobiological basics: Movement as fuel for the brain

Exercise stimulates the release of neurochemical messengers such as dopamine, serotonin, and norepinephrine – all crucial for motivation, attention, and emotional well-being. At the same time, physical activity increases blood flow to the brain, which in turn improves the supply of oxygen and nutrients to nerve cells. Particularly important in this context is BDNF (brain-derived neurotrophic factor), a protein that promotes the formation of new synapses – precisely the processes that play a central role in learning.

Studies from the University of Illinois and the University of Copenhagen, for example, show that even moderate exercise, such as walking or light jumping, significantly improves memory. Children and adults who regularly learn while moving exhibit greater cognitive flexibility, faster information processing, and more sustainable memory performance.

A small selection:

The structure of brain tissue could explain the link between fitness and memory – News Bureau

Moderate aerobic exercise in older adults has been shown to improve memory | ScienceDaily

Acute exercise improves motor memory: Research into potential biomarkers - University of Copenhagen Research Portal

Learning through movement – ​​an underestimated lever

Nevertheless, traditional learning is still often static: sedentary, passive, and disconnected from bodily sensations. Yet, the connection between movement and learning holds enormous potential. Physical activation not only enhances concentration but also helps to anchor content more strongly on an emotional level – which, according to current brain research, is a crucial prerequisite for sustainable learning.

This is where learntap.ai comes in – the first learning app that specifically integrates movement into the learning process.

learntap.ai – Learning that moves you

The innovative app learntap.ai combines the latest findings in neurodidactics with a movement-oriented learning concept. In short, interactive learning units, users are encouraged to move actively: through simple exercises, body games, or micro-workouts that are specifically integrated into the learning module.

Thanks to AI-powered personalization, learntap.ai adapts to your learning pace, energy level, and physical preferences. Whether you're practicing vocabulary, math, or reviewing subject matter, learntap.ai uses movement as an active learning enhancer.

Here you can find an overview of what scientific studies from around the world have revealed.

At learntap.ai, we've implemented these advantages to help you learn better and retain the learning content more effectively.

🧠 1. Improved blood flow to the brain

Exercise increases blood flow and thus the supply of oxygen and nutrients to the brain. This supports cognitive functions such as:

• Attention
• concentration
• Memory performance

🧬 2. Promoting neuroplasticity

Regular physical activity promotes the release of BDNF (Brain-Derived Neurotrophic Factor), a protein that supports the growth and connection of nerve cells – a basis for effective learning.

🧘 3. Stress reduction

Exercise reduces stress hormones like cortisol and promotes the release of endorphins. Less stress equals better learning ability, as stress can impair short-term memory and concentration.

⏱️ 4. Increase attention span

Short breaks for movement (e.g. stretching, walking, light jumping) help to maintain attention – especially during long learning sessions.

💤 5. Better sleep

Physically active people generally sleep better – and good sleep is crucial for memory consolidation, i.e., the long-term storage of learned information.

🤸 6. Directly combine movement with learning

For example:

• Walking while learning vocabulary (effective through rhythmic repetition)
• Movement games or movement songs (especially helpful for children)
• Linking learning content with gestures (supports memory through multisensory activation)
• or move around playfully with learntap.ai while you work on learning content.

Conclusion: Those who move learn better.

Exercise makes the brain more efficient, receptive, and stress-resistant. A combination of regular exercise and learning is particularly effective.

The connection between movement and learning is not an educational trend, but a scientifically proven key to effective knowledge acquisition. Whether in the classroom, in the home office, or on the go – those who activate their bodies while learning improve their memory, motivation, and mental health.

With learntap.ai, this approach finally becomes practical for everyday use. The app combines modern learning with natural movement – ​​individual, smart, and scientifically sound.

Discover now how well your brain can really learn – in motion.
Try learntap.ai now