Research Articles
Crystals That Spin: The Amazing World of Molecular Machines in Metal-Organic Frameworks
Discover how scientists have engineered crystals with molecular components spinning at incredible speeds up to 50 billion rotations per second.
The Digital Dance of Proteins: Why Time and Copies Matter in the Virtual Lab
Explore how molecular dynamics simulations use simulation length and multiple replicas to accurately capture the complex behavior of proteins, the workhorses of life.
India's Proteomics Revolution: Decoding Life's Molecular Mysteries
Explore India's remarkable journey in proteomics research, from disease biomarker discovery to agricultural applications and cutting-edge technological advancements.
Cosmic Fireball: Catching a Nova's First Breath
Discover how astronomers captured the first X-ray flash from a nova, confirming theoretical predictions about stellar explosions and their role in cosmic evolution.
The Ultimate Sieve: How Atom-by-Atom Simulations Are Revolutionizing Gas Separation
Explore how Molecular Dynamics simulations are designing nanofluidic systems for ultra-efficient gas separation, a breakthrough for carbon capture and clean air technology.
The Ultimate Shutter Speed: Capturing and Controlling Electrons with Attosecond Lasers
How scientists are using the world's fastest flashes of light to film the subatomic world and command the flow of energy within molecules.
Quantum Waves on a Molecular Scale: When Matter Acts Like Light
Exploring the groundbreaking matter-wave interferometry experiment with C₇₀ molecules that confirmed quantum behavior at larger scales.
Quantum Leaps and Beyond: Unraveling the Mysteries of Matter at APS March Meeting 2012
Explore the groundbreaking research presented at the APS March Meeting 2012, featuring quantum computing advances, biological physics, and the societal impact of scientific discovery.
The Invisible Chains: How Confinement Hijacks Polymer Behavior in Immiscible Blends
Exploring how nanoscale confinement dramatically alters polymer behavior in immiscible blends, revolutionizing materials science.
The Atomic Crystal Ball: How 3D Neural Networks Are Revolutionizing Material Design
Discover how 3D convolutional neural networks are transforming material science by enabling rapid, accurate predictions of perfect and defective material properties at atomic scale.