Explore the cutting-edge science of Molecular Solar-Thermal energy storage systems and the quest to find molecules that can capture and store sunlight for decades.
Exploring how the obesity epidemic is inspiring economists to rethink basic theories of choice, time preference, and welfare through biological and economic lenses.
Exploring the fascinating parallel between Oscar Wilde's Dorian Gray and the hidden biochemical changes that occur in stored red blood cells - the storage lesion phenomenon.
Discover the breakthrough one-pot synthesis method for creating complex azonia aromatic heterocycles with applications in materials science and medicine.
Discover how scientists identified the nuclease-hypersensitive element controlling the c-myc oncogene, a breakthrough in cancer research.
Exploring the groundbreaking advances in craniofacial biology and their transformative impact on oral health education and clinical practice.
Explore how scientists are creating active, adaptive molecular systems inspired by biological principles like octopus RNA editing and DNA computing.
Research shows how student-drawn gene-to-evolution models reveal conceptual understanding and misconceptions in introductory biology courses.
How chemists are using simple battery-like reactions to control the handedness of molecules at stubborn carbon atoms through redox chemistry.
Exploring the scientific theories and experiments that reveal how our sense of self emerges from brain processes, evolutionary adaptations, and social interactions.