Applied Neuroscience Digest

Besc Faculty of Neuroscience • December 2, 2025

Welcome to the Appied Neuroscience Digest of the Faculty of Neuroscience at BESC Graduate College Malta—a dedicated space for exploring the science of the human mind, its powerful applications in business, health and human performance.


Our mission is to make the latest insights in cognitive, behavioral, and decision neuroscience accessible to professionals, students, and researchers, demonstrating how these findings can enhance leadership, performance, innovation, organizational well-being, and physical and mental health.


Through articles, interviews, case studies, and contributions from our international faculty and research team, this blog offers:


  • Scientific insights into the brain mechanisms that shape human behavior and influence physical and mental health.
  • Practical applications for business and organizational performance: decision-making, team management, motivation, effective communication, cognitive bias, and neuromarketing.
  • Health. Sports and Human performance guidance: understanding how neuroscience informs physical training, mental resilience, motivation, and overall well-being.
  • Updates from our academic programs and ongoing research at BESC Graduate College.
  • Tools and reflections for those who want to integrate neuroscience into their professional strategies, organizational practices, and personal health and fitness routines.


This blog aims to bridge the gap between neuroscience research, the business world, and health sciences, fostering a culture of continuous learning, evidence-based practice, and conscious innovation.


Whether you are a manager, student, entrepreneur, athlete, coach, or simply passionate about the workings of the human mind and body, here you will find curated, reliable, and academically grounded content.

New Frontiers in Applied Neuroscience

By APPLIED NEUROSCIENCE DIGEST • December 4, 2025
The brain is breaking free from the laboratory. Cutting-edge neuroscience is revolutionizing medicine, performance, and human potential—transforming the way we understand and enhance cognition in the real world. 🔹 Portable Brain Tech EEG and fNIRS devices now monitor brain activity in real time—from athletes optimizing performance to surgeons enhancing precision during operations. 🔹 Brain-in-the-Loop AI AI-driven systems adaptively modulate brain activity, enabling personalized treatments and cognitive enhancement through seamless human-machine integration. 🔹 Ageing Brain Networks Research into complex neural networks informs new therapies for stroke, dementia, and Parkinson’s—helping older adults maintain motor skills and independence. 🔹 Psychedelic Neuroscience Compounds like psilocin are revealing profound effects on cognition and memory, paving the way for transformative psychiatric treatments for depression and PTSD. 🔹 Neuroergonomics Revolution Studying brain function in real-world settings is improving workplace wellbeing, efficiency, and the design of human-machine interfaces for seamless collaboration. The future is precision brain control—a seamless fusion of neuroscience, engineering, and AI that unlocks human potential like never before. Join our Faculty of Ne uroscience and be part of the next revolution in brain science!

What Cognitive Psychology Teaches Us About Student Attention & Memory

By APPLIED NEUROSCIENCE DIGEST • December 4, 2025
Scientific research in cognitive psychology and learning neuroscience shows that student attention during lectures naturally fluctuates: Focus peaks for only 10–15 minutes, then declines — not disappearing, but shifting between attention and distraction. Influencing factors include time of day, interest, instructor quality, emotions and fatigue. These findings, together with Ebbinghaus’ Forgetting Curve, explain how memory retention declines rapidly unless learning is actively reinforced: After 20 min → up to 40% forgotten After 1 hour → 50% retention After 1 week → less than 20% remains, unless reviewed Our Evidence-Based Teaching Approach combines neuroscience and pedagogy to enhance learning impact: 1️⃣ Segmentation: 10–15 minute focused learning blocks with key takeaways 2️⃣ Variety: Alternating instruction with examples, videos, stories, and interactions 3️⃣ Micro-Pauses: 1–2 minute breaks every 20 minutes to reset attention To counter the Forgetting Curve, we integrate: Spaced Repetition Interleaving Active Recall Elaborative Encoding Take-Home Message: When teaching aligns with how the brain learns, attention lasts longer, memory strengthens, and learning truly sticks.