Explore the science behind functionalized conducting polymer membranes and their revolutionary applications in clean energy, biomedical engineering, and sustainable technology.
Scientists at Berkeley Lab are developing tools to see the atomic world with unprecedented clarity, accelerating the discovery of materials for clean energy future.
Exploring the fascinating world of actinides and rare earth elements, their unique f-electron properties, and their crucial role in modern technology and quantum materials.
Exploring how electrochemical and surface science analysis is advancing direct methanol fuel cell technology for portable power applications.
Exploring how space weathering transforms carbon-rich asteroids into chemical factories creating life's building blocks throughout the cosmos.
Discover how scientists developed an electronic circuit to monitor single lysozyme molecules in real time, revealing previously invisible details of enzyme activity.
Explore how the WP4C Dewpoint Potentiometer revolutionized soil water potential measurement with breakthrough chilled-mirror dewpoint technology.
Discover how scientists engineer aluminum to withstand the elements through advanced surface treatments including anodizing, painting, bead blasting, and chemical conversion coatings.
Discover how agricultural engineers are designing specialized blades for no-till farming that reduce soil disturbance, save fuel, and promote sustainable agriculture.
Explore how low-temperature storage can dramatically extend the lifespan of digital prints by mitigating pollution-induced deterioration.