Raman Studies on Double and Triple Walled Carbon Nanotubes
Explore recent advances in double and triple walled carbon nanotube research through Raman spectroscopy, focusing on systematic studies and their implications for material science and nanotechnology.
Smart Building Materials: Self-Healing Concrete and Sensors - Impact of Materials on Society
Explore smart building materials with shape memory alloys and piezoelectric sensors, offering crack detection and self-healing capabilities for concrete structures.
Rare Earth Elements - Impact on Society and Technology
Explore rare earth elements' impact on modern technology, sustainability, and global politics, highlighting their crucial role in windmills, electric vehicles, and LED lighting.
Nanomaterials under Stress - A New Opportunity for Nanomaterials Synthesis and Engineering
Explore stress-induced fabrication for nanomaterials synthesis, enabling precise structural control and tunable properties through mechanical compression of nanoparticles.
History, Development and Applications of Neutron Sources
Explores neutron discovery, spallation production, and research sources. Discusses slow-neutron scattering in materials science and modern applications of spallation neutron sources.
The Design of Organic Molecules and Materials for Nonlinear Optical Applications
Explores design strategies for organic molecules with enhanced nonlinear optical properties, focusing on two-photon absorption and third-order susceptibility for advanced applications.
The Materials Genome Initiative - Vision for Accelerating Materials Discovery and Manufacturing
Exploring the Materials Genome Initiative's vision to accelerate materials discovery and commercialization, highlighting scientific foundations and impacts on advanced manufacturing processes.
Giving New Life to Materials for Energy, the Environment and Medicine
Exploring biological engineering to create advanced materials for energy storage, solar power, carbon capture, and medical imaging using genetically modified organisms and biologically inspired synthesis.
2D Materials Science - Graphene and Beyond
Explore the impact of graphene and other 2D materials in materials science. Learn about synthesis, characterization, and engineering of atomic layers for applications in electronics and catalysis.
Explaining and Predicting the Properties of Materials Using Quantum Theory
Explore the evolution of quantum theory in materials science, from atomic spectra to modern applications in semiconductors, superconductors, and nanostructures, highlighting its role in explaining and predicting material properties.
Bio-inspired Interfacial Materials with Super-Wettability
Exploring nature-inspired super-wettability in materials: from lotus leaves to spider silk. Reveals fundamental insights and practical applications of bio-inspired micro/nanostructured interfaces with special wettability.
The Wonderful World of Carbon and Related Nanomaterials - Beyond Graphene
Explore diverse carbon nanomaterials beyond graphene, their unique properties, and potential applications. Learn about cutting-edge research in carbon-based nanostructures and their impact on various fields.
Materials Research Society's 50th Anniversary - Interview with Sabrina Sartori
Exploring materials' societal impact and the crucial role of diversity in advancing research, as discussed by MRS President Sabrina Sartori on the society's 50th anniversary.
Materials in Extreme Environments and Diversity in Materials Research - Interview with Olivia Graeve
Entrevista sobre investigación en materiales para entornos extremos y diversidad en la comunidad científica, destacando avances en nanopartículas de carburo de tantalio y programas de divulgación.
3D Characterization of Snail Shell Microstructure - Unique Crystal Organization
Innovative 3D imaging reveals unique S-shaped crystal structure in pteropod shells, challenging previous assumptions and inspiring potential applications in materials science and biomimicry.
Organic Optoelectronics and Diversity in Materials Science - Interview with Ayse Turak
Insights on organic optoelectronics research, including perovskite formation and nanoparticles for wearable electronics. Discusses challenges, commercialization prospects, and promoting diversity in STEM fields.
Colloidal Crystals, Quasicrystals and the Entropic Bond
Explore the surprising role of entropy in creating complex ordered structures in colloidal systems, challenging traditional views on order and disorder in materials science.
The Heusler System: Building Desired Material States
Explore the versatile Heusler system for designing materials with diverse properties, from magnets to topological insulators. Learn how to combine elements to achieve desired electronic structures and predict material behaviors.
Deep Spontaneous Penetration of Water into Hot Granular Materials - Physical Review Journal Club
Exploring the unexpected deep penetration of water droplets into hot granular materials, challenging traditional Leidenfrost effect assumptions and revealing unique fluid-like behaviors of granular substances.
Could Nuclear Fusion Energy Power the Future? - Exploring Potential and Progress
Explore fusion energy's potential to revolutionize global power production through demonstrations of plasma, superconductors, and diode pumps, while examining its history, science, and future prospects.
Materials Science in Everyday Life - From Glass to Sugar
Explore materials science through engaging demos and stories, covering glass, plastic, steel, and more. Discover the fascinating properties of everyday materials and their impact on our world.