Research Articles
The Invisible World, Our Greatest Challenges: How Nano-Detectives are Safeguarding Our Health and Planet
Exploring the groundbreaking research from IC-ANMBES 2016 on nanoanalytical methods for biomedical and environmental applications.
Harnessing Quantum Light to Craft Future Materials
Exploring ultrafast photofragmentation of lanthanide complexes for advanced material synthesis using femtosecond laser technology.
The Hidden Push and Pull: How Piezoelectricity Powers Our World
Discover the fascinating world of piezoelectricity - from crystal structures to modern applications. Learn how pressure creates electricity and powers everyday devices.
The Invisible Factory: Watching Nanoparticles Grow in Real-Time
Discover how scientists are now able to watch nanoparticles form atom by atom using revolutionary microscopy techniques, transforming materials engineering.
The Hidden Danger in Paradise: Radon Gas in Vietnam's Rong Cave
Scientific discovery reveals radon gas health risks in Vietnam's Rong Cave, posing invisible threats to underground workers and tourists.
The Hidden World Beneath the Surface: Seeing with Friction
Discover how heterodyne force microscopy uses friction to reveal hidden subsurface structures at the nanoscale that other microscopes cannot detect.
Cracking the Neural Code: A Glimpse into the Brain's Chemical Conversation
Explore the fascinating discoveries from Neurokhimija Volume 13, 1996, revealing how neurotransmitters and receptors form the basis of learning and memory.
The Sci-Fi Spectrometer: How a Laser Zap Can Measure Hardness
Discover how Laser-Induced Breakdown Spectroscopy (LIBS) revolutionizes surface hardness measurements through non-destructive laser analysis and spectral data correlation.
Blooming Relief: Can the Scent of Roses Ease Period Pain?
Explore the science behind Rosaceous aromatherapy and its effects on primary dysmenorrhea symptoms including pain, nausea, and fatigue.
The Invisible Trade-Off: How Cardiac Imaging Balances Heart Health Against Radiation Risk
Explore the science behind ionizing radiation in cardiac imaging, its biological effects, safety strategies, and the delicate balance between diagnostic benefits and cancer risks.