Research Articles
Fire Without Fury: How Red-Hot Recycling is Saving Our Gadgets and Planet
Exploring sustainable high-temperature metallurgical processes revolutionizing e-waste recycling and rare earth element recovery.
Beyond Bacon and Lettuce: Unpacking the Science That Shaped 2016's Environmental Debates
Exploring the science behind 2016's environmental debates, focusing on the bacon-lettuce paradox and its implications for sustainable diets.
Cracking the Crystal Code: Smarter Calibration for Hexagon Detectors When Sources Go Rogue
New numerical simulation method to calibrate hexagonal NaI(Tl) detectors with off-axis radioactive sources for more accurate gamma-ray spectroscopy.
Little Engineers, Big Power: How a Tiny Steam Plant Ignites Young Minds
Discover how a STEM approach with simple coal-fired power plant models is transforming energy education for fourth graders at UPT SD Negeri 229 Pinrang.
The Silent Storm: Mapping Uterine Rupture Through the Lens of Global Science
A comprehensive analysis of uterine rupture research trends through bibliometric methods, revealing global patterns and critical insights in maternal health.
The Lipid-Inflammation Tango: Decoding Heart Attacks in Angina Patients With and Without Diabetes
New research reveals how lipids and inflammation interact differently in diabetic vs non-diabetic angina patients after angioplasty, impacting cardiovascular outcomes.
The Survival Secret in Baker's Yeast: How Tiny Cells Master Stress and Sex
Exploring how calcineurin homologs Cna1 and Cna2 help baker's yeast survive environmental stress and regulate mating processes.
The Nano-Chefs: Designing Tiny Material Kitchens for Perfect Chemical Recipes
Exploring nanostructured materials systems for selective heterogeneous catalysis and their revolutionary applications in chemical production.
The Whole-Body Vibration Effect: Can Standing on a Shaking Platform Really Melt Fat?
Examining the scientific evidence behind whole-body vibration therapy for fat loss and its potential benefits for obese individuals.
The Invisible Revolution: How Oxide Interfaces Are Rewriting the Rules of Electronics
Discover how oxide interfaces are enabling ultra-efficient electronics, brain-like computers, and energy technologies that defy conventional physics.