
Explore rare earth elements' impact on modern technology, sustainability, and global politics, highlighting their crucial role in windmills, electric vehicles, and LED lighting.

Explore stress-induced fabrication for nanomaterials synthesis, enabling precise structural control and tunable properties through mechanical compression of nanoparticles.

Explores neutron discovery, spallation production, and research sources. Discusses slow-neutron scattering in materials science and modern applications of spallation neutron sources.

Explores design strategies for organic molecules with enhanced nonlinear optical properties, focusing on two-photon absorption and third-order susceptibility for advanced applications.

Exploring the Materials Genome Initiative's vision to accelerate materials discovery and commercialization, highlighting scientific foundations and impacts on advanced manufacturing processes.

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.

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.

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.

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.

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.

Explore cutting-edge entomological research and insights with plenary talks by Chavonda Jacobs Young and Ray Wheeler, addressing current challenges and future directions in the field.

Lecture honoring Ernest J. Harris, renowned entomologist who pioneered fruit fly eradication techniques and mass insect rearing for biological control, delivered by Dr. Michelle Samuel-Foo at Entomology 2020.

Explore the potential habitats and distribution of tropical insects with insights from renowned entomologists Daniel H. Janzen and Winne Hallwachs.

Explore the life and contributions of renowned entomologist Tom Eisner through Walter Leal's engaging presentation on innovative insect research and discoveries.

Learn effective advocacy techniques for entomologists, including contacting legislators, preparing for meetings, and proper communication strategies to promote the field of entomology.

Entomological trivia competition featuring university teams showcasing their insect knowledge in a fast-paced, college bowl-style format.

Explore the life and contributions of Anna Botsford Comstock, pioneering female entomologist, nature educator, and scientific illustrator, in this insightful lecture by Dr. Carol M. Anelli.

Engaging student debates on crucial entomological issues: Apis mellifera health, dengue fever control, and invasive insect species management. Showcases top ESA student talent in lively cross-examination format.

Explore insect olfaction and its significance with Dr. Hildebrand, a renowned expert in neurobiology and chemical ecology, as he delves into the fascinating world of how insects smell.

Explore insect biodemography with Dr. James Carey, a leading expert in arthropod demography. Discover groundbreaking insights on lifespan limits, actuarial aging, and new approaches to understanding wild populations.

Exploiting insect-host signaling via GM for sustainable pest management: Dr. Pickett discusses agro-ecological manipulation of insect behavior and its potential applications in agriculture.