Learning New Languages Increases Memory & Retention Skills: Expert Explains Why

Hind MoutaoikilR&D Manager

language learning, brain health, cognitive function, memory improvement, neural pathways, language acquisition, mental retention, multilingualism, brain development, neuroscience, cognitive enhancement, learning benefits, bilingual brain, brain training, language and memory

Fri Apr 04 2025

Learning a new language does more than just expand your communication abilities—it actually strengthens your brain's memory and retention capabilities. Research shows that language learning creates new neural pathways and connections that enhance cognitive function across multiple areas.

Learning a new language delivers far more than just communication skills. Recent research confirms that language acquisition significantly enhances cognitive abilities, particularly memory and retention skills. This cognitive boost applies across all age groups, making language learning one of the most effective ways to maintain and improve brain function throughout life.

The Science Behind Bilingualism and Cognitive Advantages

When you study a foreign language, your brain engages in constant memory exercises. Vocabulary acquisition requires memorising new words and their meanings. Grammar studies demand pattern recognition and rule application. Pronunciation practice develops auditory memory and phonological awareness.

A longitudinal study by Dr. Thomas Bak from Edinburgh's School of Philosophy, Psychology and Language Sciences provides compelling evidence of language learning's long-term cognitive benefits. Dr. Bak tested 853 participants in 1947 when they were 11 years old, then retested them in 2008 and 2010 when they reached their 70s.

The results were remarkable. Those who became bilingual performed significantly better than expected, with the strongest improvements appearing in general intelligence and reading abilities. Most importantly, Dr. Bak's research confirmed that adults who learn a new language still experience substantial cognitive advantages, proving it's never too late to gain these benefits.

Early Language Exposure Creates Lifelong Advantages

The cognitive advantages of language learning begin surprisingly early. Agnes Kovacs' 2009 study from the International School for Advanced Studies in Trieste, Italy, compared seven-month-old babies exposed to two languages from birth with those raised with just one language.

The findings revealed that even at this young age, infants raised in bilingual environments displayed improved cognitive control abilities compared to their monolingual counterparts. This suggests that the brain's executive functions begin developing differently almost immediately when exposed to multiple languages.

Academic Performance Enhanced by Language Learning

Beyond general cognitive function, language learning significantly impacts academic achievement. A comprehensive meta-analysis examining 20 studies on language learning and academic performance found that 90% of these studies showed language learners outperforming their peers across various academic subjects.

Students who learn additional languages demonstrate enhanced literacy skills, giving them a distinct advantage in core subjects including mathematics and science. This cross-disciplinary impact makes language learning a powerful tool for improving overall academic success.

Late Language Learners: It's Never Too Late

The benefits aren't limited to young learners. While children may acquire pronunciation more naturally, adults often excel at structural language learning due to their developed cognitive systems.

One of the most encouraging aspects of recent research is the discovery that late language learners—those who begin studying a new language in adulthood—still experience significant cognitive benefits. Dr. Bak's study specifically highlighted that participants who learned languages later in life showed improved cognitive performance compared to what would have been expected based on their baseline cognitive abilities.

This finding challenges the common misconception that language learning is only beneficial when started young. Rather, the cognitive processes involved in acquiring a new language—including memorization, pattern recognition, and adapting to new grammatical structures—provide mental exercise that benefits the brain at any age.

How Language Learning Strengthens Memory Systems

Learning a new language specifically targets and strengthens several memory systems:

Working memory: Constantly processing new vocabulary and grammatical structures enhances the brain's ability to hold information temporarily while working with it
Long-term memory: The process of memorizing and retrieving words and phrases strengthens neural pathways associated with memory storage and recall
Procedural memory: Learning to speak fluently develops the brain's ability to perform complex tasks automatically

These memory improvements transfer to other areas of cognition, explaining why language learners often demonstrate enhanced performance in seemingly unrelated tasks and subjects.

Conclusion: A Multilingual Approach to Cognitive Health

The evidence is clear: learning new languages delivers substantial cognitive benefits, particularly in memory and retention skills. Whether started in infancy or adulthood, language acquisition enhances brain function across multiple domains.

For parents, educators, and individuals seeking cognitive improvement, language learning represents one of the most effective and accessible ways to boost brain power. In our increasingly global world, the advantages of multilingualism extend far beyond communication skills—they may be one of our best tools for lifelong cognitive health.

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Hind Moutaoikil

R&D Manager

Hind is a Data Scientist and Computer Science graduate with a deep passion for research and development in data analytics and machine learning. With a solid foundation in business intelligence and statistics, Hind has experience working with a variety of programming languages such as Python, Java, and R. Through previous roles in internships and remote projects, Hind has gained expertise in transforming raw data into actionable insights. Focused on advancing the field of data science, Hind contributes to research and articles exploring the latest trends and breakthroughs in R&D.