Research Articles
From Classroom to Clinic: How CDIO is Forging Spain's Future Medical Tech Pioneers
How the CDIO approach is transforming Biomedical Engineering education in Spain through hands-on projects like low-cost ECG monitors.
The Invisible Battlefield: How Artificial Cell Membranes Are Revolutionizing Antiviral Drug Development
Exploring how model membrane platforms are accelerating antiviral drug discovery by targeting viral envelopes.
The Silent Symphony of Copper: How Thin Plates Conduct Magnetic Magic
Exploring how copper plate electromagnets manipulate magnetic fields through innovative designs and applications in medicine, recycling, and materials science.
The Electric Heart Makers: Simulating the Pulse of Lab-Grown Cardiomyocytes
Exploring how lab-grown heart cells and computer simulations are revolutionizing cardiac medicine through stem cell research and electrical modeling.
Beyond Textbooks & Blueprints: How Real-World Engineering Changes Young Minds
Exploring how service-learning projects in engineering transform high school students' perspectives and inspire future engineers.
The Silent Sentinels: How Tiny Brain Cells Transform After Mild Head Injuries
Discover how microglia undergo dramatic transformations after mild traumatic brain injuries and their long-term neurological impacts.
The Invisible Hospital: How Clinical Simulation is Revolutionizing Medical Training
Exploring how clinical simulation technology is transforming medical education through operations, engineering, and management innovations.
Together We Shine, United We Soar! The Brilliant World of Aggregation-Induced Emission
Discover how Aggregation-Induced Emission (AIE) is revolutionizing materials science, from brighter OLED displays to advanced bioimaging and smart sensors.
Plasma Dentistry: The Silent Revolution Against Oral Biofilms
Exploring how cold atmospheric plasma (CAP) is revolutionizing dental care by effectively combating oral biofilms without antibiotic resistance.
The Ice Architects: How Nature's Blueprints Are Forging the Supermaterials of Tomorrow
Discover how bioinspired freeze casting is revolutionizing material science by mimicking nature's designs through ice templating and energy field control.