Research Articles
Liquid Crystals in Analytical Chemistry: A Review
Comprehensive review of liquid crystals applications in analytical chemistry beyond displays, covering biosensing, chromatography, and electro-analytical techniques.
Seeing the Invisible: How Merging Light and Electron Beams is Revolutionizing Microscopy
Explore how spatially-resolved spectroscopy combines electron beams and light to reveal nanoscale dynamics, enabling unprecedented insights into material properties and atomic interactions.
Niobates Nanowires: The Invisible Threads Powering Tomorrow's Technology
Explore the fascinating world of niobates nanowires - microscopic structures with extraordinary abilities to generate electricity, manipulate light, and revolutionize technology.
Laser Padding Welding: Giving Machinery a Second Life
Discover how laser cladding technology revolutionizes mechanical component repair through sustainable manufacturing practices and advanced material science.
The Science of Sound: How Ayurveda and Modern Medicine Understand Hearing
Explore the fascinating convergence of Ayurvedic wisdom and modern science in understanding hearing, from biological mechanisms to consciousness and vibration.
The Quiet Revolution: How Electrical Chemistry is Powering Our Future
Explore how breakthroughs in electrochemistry are revolutionizing energy storage, carbon capture, and scientific discovery through cutting-edge research and innovation.
The Silent Guardians of Your Kitchen Cabinet: Unlocking the Secrets of Sterols
Discover how sterol analysis reveals the purity and authenticity of fats and oils through scientific detective work in food forensics.
The Hidden Architecture of Matter: How Physical Methods Reveal Chemistry's Secrets
Explore how physical methods in chemistry reveal molecular structures and processes through advanced instrumentation and techniques.
Seeing the Invisible: How Scientists Capture the Birth of Conducting Polymers
Explore how FT-Raman spectroscopy reveals radical cation formation in doped oligothiophenes, advancing organic electronics.
Bridging Catalytic Worlds: The Quest for Sustainable Chemistry
Exploring the unification of homogeneous and heterogeneous catalysis at ISHHC-16 symposium for sustainable chemical technologies