Research Articles
A New Generation of Biomedical Equipment Powered by FPGA
Explore how Field-Programmable Gate Arrays (FPGAs) are revolutionizing biomedical equipment with flexible, high-performance computing for medical imaging, wearables, and diagnostics.
The Sweet Science of Growing Tissue: How Sugar and Ice Build Tomorrow's Implants
Explore how sugar templating and freeze-drying create interconnected porous PDLLA scaffolds for revolutionary tissue engineering applications.
The Experimentum Crucis: The Decisive Tests That Shaped Science
Explore the pivotal experiments that changed scientific understanding, from Newton's prism to Eddington's eclipse and their enduring impact on modern science.
The Breathing Crystals: How Metal-Organic Frameworks are Revolutionizing Gas Capture
Explore how metal-organic frameworks (MOFs) with pore breathing capabilities are transforming gas capture technologies through advanced in situ ETEM microscopy.
EBM Goes BME: How Evidence-Based Medicine is Revolutionizing Biomedical Engineering
Explore how Evidence-Based Medicine is transforming Biomedical Engineering through rigorous validation, biomarker toolkits, and data-driven approaches to healthcare innovation.
Seeing the Invisible: How Graphene-Coated Microcavities are Revolutionizing Environmental Sensing
Explore how graphene-enhanced Fabry-Perot microcavities are transforming environmental sensing with unprecedented sensitivity and precision.
Public Health 2025: The Silent Revolution in Global Wellness
Explore the groundbreaking innovations reshaping public health in 2025, from AI-powered diagnostics to CRISPR therapies and epidemic intelligence systems.
Unlocking Body Rhythms: How Telemetry Revolutionizes Chronomedical Research
Explore how telemetry monitoring is transforming chronomedical research by enabling continuous, stress-free measurement of biological rhythms and advancing personalized medicine.
EuCARD-2: How Europe is Engineering the Future of Particle Accelerators
Explore EuCARD-2, Europe's collaborative project advancing particle accelerator technology with applications in medicine, energy, and environmental solutions.
Magnetic Surgeons: How Nanoscale Particles Are Revolutionizing Surgical Medicine
Exploring the transformative potential of magnetic nanotechnology in surgical diagnosis and treatment, from precision cancer therapy to advanced drug delivery systems.