Researchers have created a breakthrough method to capture the elusive 3D structures of flexible sugar molecules using protein crystals. This purification-free technique could revolutionize how we study carbohydrates in drug development and biological processes.
Cornell researchers have achieved unprecedented visualization of hydrogen intermediates in electrocatalysis using single-molecule imaging. This breakthrough reveals previously invisible dynamics that could revolutionize hydrogen production and environmental cleanup technologies.
Researchers have uncovered bizarre crystal formations on Saturn’s moon Titan that appear to violate a fundamental chemistry principle. The discovery suggests polar and non-polar molecules can combine under Titan’s extreme conditions, potentially reshaping our understanding of the moon’s geology.
Scientists have made a startling discovery on Saturn’s moon Titan that challenges what researchers previously considered a fundamental rule of chemistry, according to new research. Under Titan’s extreme cold conditions, supposedly incompatible molecules appear to combine to form solids never before observed in our Solar System.
The Quantum Advantage Debate Reignites Google’s quantum computing division has ignited fresh debate in the scientific community with its latest…
Breakthrough in Molecular Analysis Researchers at the University of Tokyo have pioneered a transformative approach to molecular analysis that could…
University of Pennsylvania scientists have discovered a specific group of neurons that could serve as an off switch for chronic pain. The research reveals how activating these Y1R neurons may provide lasting relief for conditions like arthritis and fibromyalgia.
Scientists may have discovered the potential off button for chronic pain through groundbreaking research on specific brain neurons. University of Pennsylvania biologist Nicholas Betley and his team identified that activating Y1R neurons in the parabrachial nucleus could provide lasting relief for millions suffering from persistent pain conditions. This discovery opens new pathways for developing targeted medications that could fundamentally change how we treat chronic pain disorders.
