Research Articles
How Magnetic Fields Transform Heat Flow in Two-Dimensional Quantum Systems
Exploring how magnetic fields dramatically slow down heat transfer in two-dimensional Yukawa systems and the implications for future technologies.
Harnessing Visible Light: The Molecular Switch That Could Revolutionize Technology
Breakthrough research on visible-light sensitization of photochromic molecules promises to transform data storage, medical treatments, and optical technologies.
Unlocking Immunity: How IgM and IgG Antibodies Tell the Story of Your COVID-19 Fight
Explore how quantitative estimation of IgM and IgG antibodies reveals the story of our immune response to SARS-CoV-2 and COVID-19 infection.
The Invisible Handshake: How Spectroscopists Decode Molecular Recognition
Exploring how scientists use spectroscopy to understand molecular recognition and self-assembled encapsulation complexes that drive biological processes and synthetic chemistry.
The Hidden World Beneath Our Feet: Unraveling the Secrets of Iron in Earth's Core
Exploring the high-pressure, high-temperature elasticity of hcp iron and its role in understanding Earth's inner core through cutting-edge scientific research.
Opposites Attract: The Tiny Magnetic World That Could Revolutionize Technology
Explore the fascinating world of nanomagnetism and discover how this cutting-edge science could transform computing, medicine, and environmental technology.
When Symmetry and Chaos Coexist: The Strange Case of GeTe
Explore the fascinating paradox of germanium telluride (GeTe), a material that becomes more symmetric at high temperatures while harboring severe local disorder.
The Comparative and the Experimental Revisited: How Old Science Methods Are Solving New Puzzles
Explore how the fusion of comparative and experimental methods is revolutionizing scientific discovery across biology, AI, and beyond.
Digital Alchemists: Simulating the Next Generation of Green Solvents
Explore how molecular dynamics simulations are revolutionizing the design of tetra-butylphosphonium amino acid ionic liquids as sustainable green solvents.
The Inner Workings of Molecular Machines: How Charge and Temperature Guide Their Movement
Explore how temperature and electric charge control the movement of molecular machines, the transformative nanotechnology with applications in medicine and materials science.