Learn how to transform materials engineering lab experiments into compelling scientific reports that connect processing, structure, properties, and performance.
Discover how citizen scientists and environmental DNA technology are revolutionizing conservation efforts for the endangered Mediterranean monk seal.
Explore Huntington's disease, a genetic neurodegenerative disorder, and the groundbreaking AMT-130 gene therapy that has shown 75% slowing of disease progression.
Explore how microheaters - miniature heating systems - work, their materials, designs, and crucial role in COVID-19 testing and modern technology applications.
Discover how microgravity experiments in space are revolutionizing material science by eliminating gravity-driven defects in alloys and semiconductors.
Explore how chemical pressure effects in electron-doped cuprates are transforming our understanding of high-temperature superconductivity and quantum materials.
Exploring the science of diabetes treatment and real-world patient challenges through a pivotal 2006 case study from Cartagena, Colombia
Explore how compact particle accelerator and laser technology is making powerful X-ray sources smaller, cheaper, and more accessible for scientific research.
Explore the revolutionary world of 2D semiconductors - ultra-thin materials transforming electronics, computing, and space technology.
Discover the breakthrough discovery of magnetic Weyl fermions in correlated metals and their implications for quantum physics and future technology.