Chemistry
AI-Driven Discovery of Bright Fluorescent Frameworks
In the relentless pursuit of next-generation materials, researchers have long grappled with the challenge of navigating vast chemical landscapes to...
Yonsei University Pioneers Breakthrough in High-Voltage Solid-State Battery Technology
In a groundbreaking advancement poised to reshape the future of energy storage, Professor Yoon Seok Jung and his research team...
Researchers Discover Novel Energy Potential in Iron-Based Materials
In a groundbreaking advance that challenges longstanding conventions in materials science, researchers at Stanford University and their international collaborators have...
UCSB Experimentalists Awarded Gordon and Betty Moore Foundation Grants to Propel New Insights and Innovations
In a remarkable recognition of cutting-edge research in experimental physics, three physicists from the University of California, Santa Barbara—Sebastian Streichan,...
Truly strange and thrilling: Quantum oscillations ripple through this science magazine headline
In a remarkable advancement at the frontier of condensed matter physics, researchers led by Professor Lu Li of the University...
Mapping Proteome-wide Selectivity of Diverse Electrophiles
In a groundbreaking study published in Nature Chemistry, researchers have unveiled an unprecedented, comprehensive profiling of electrophile interactions across the...
Tufts Physicists Shed Light on the Origins of Matter
In the nascent moments of our universe, conventional cosmological models predict an existence filled solely with light. These models suggest...
Observing a Black Hole Flicker Across Time
In a groundbreaking advancement in black hole astrophysics, researchers from China have introduced a novel computational framework that dynamically simulates...
When Electrons Harmonize and Perceive Their Surroundings
Quantum coherence—the remarkable phenomenon where electrons operate in synchronized harmony, akin to overlapping waves—has traditionally been confined to rare states...
Industry-Compatible Methods Enable Superconducting Germanium Production
image: Atomic-resolution image of a superconducting germanium gallium (Ge:Ga) trilayer with the alternating Ge:Ga and silicon (Si) layers demonstrating precise control...
Harnessing Computational Power to Predict Optimal Ligands for Generating Reactive Alkyl Ketone Radicals in Organic Synthesis
In the intricate world of organic synthesis, ketones occupy a central and ubiquitous role, making their chemical transformation a topic...
Advancing Toward a Sustainable Approach for Ethylene Production
In a groundbreaking stride toward sustainable chemical production, scientists have unveiled remarkable insights into a bacterial enzyme capable of synthesizing...
Join Thousands of Researchers in Houston Exploring the Latest Advances in Fluid Dynamics
In less than a month, thousands of scientists from around the globe will converge at the 78th annual meeting of...
Enhancing Hygiene and Usability of Menstrual Cups: A Scientific Breakthrough
In recent years, the quest for sustainable menstrual products has intensified as nearly two billion individuals worldwide seek environmentally conscious...
Innovative Carbon Support Enhances Performance and Longevity of Low-Platinum Fuel Cells
In a transformative leap for hydrogen fuel cell technology, researchers from Tianjin University have engineered a novel nitrogen-doped carbon support...
FF-GFM Supports a More Stable and Safer Renewable Power System
In the ever-evolving landscape of energy systems, the transition to renewable sources is reshaping how electricity is generated and managed....
Pyridinic-N Doped Phthalocyanine Enables Efficient and Durable CO₂ Electroreduction
In a groundbreaking advance at the forefront of sustainable chemistry, the Yabu Laboratory at Tohoku University’s Advanced Institute for Materials...
Why AI Models for Drug Design Struggle with Physics
The quest to understand proteins at an atomic level has long been a cornerstone of biomedical science. Proteins, composed of...
Pioneering the Era of Supramolecular Robotics: Molecules in Motion
In an extraordinary leap forward in materials science and molecular engineering, researchers from Japan have pioneered a revolutionary conceptual framework...
Discovering New Insights into How Physical Forces Travel Through Neurons
In the intricate world of biological systems, the conversion of physical stimuli into biochemical signals forms the cornerstone of many...
