How the timeless practice of human dissection is shaping the next generation of medical innovators.
Explore the science behind polymer films - how they're made through solution casting and melt extrusion, and how their performance differs based on preparation methods.
Explore the breakthroughs in quantum computing in 2025, including Microsoft's Majorana 1 chip, topological qubits, and the future of quantum technology.
Discover how copula-boosting models are revolutionizing survival analysis by uncovering hidden patterns in medical research data affected by dependent censoring.
Explore how fuzzy-based ensemble AI frameworks with attention-based deep learning are revolutionizing abnormal EEG detection and neurological diagnostics.
Explore how deep learning algorithms are transforming histopathology through automatic cancer nuclei segmentation, comparing methods like MACC-Net, U-Net, and ensemble approaches.
Explore the revolutionary world of 4D bioprinting technology that creates dynamic, adaptive living tissues for regenerative medicine and biomedical applications.
Explore how chemical imaging technologies are transforming biological research by revealing molecular composition within cells and tissues.
Explore the science behind metal additive manufacturing, from microstructures to mechanical properties and future applications.
Explore how qualitative assessment of high-impact practices is revolutionizing STEM education at Hispanic-Serving Institutions through hands-on learning experiences.