
Explores defect emission and absorption in liquid crystals on conical surfaces, focusing on geometric effects and topological constraints in soft matter physics.

Explore elastocapillary phenomena in soft matter physics, examining interactions between elastic and capillary forces in materials and their applications across various scientific disciplines.

Explore two-dimensional crystals, their unique properties, and applications in materials science. Gain insights into cutting-edge research and potential future developments in this fascinating field.

Explore decision-making and learning in life sciences, focusing on fundamental concepts and their applications in biological systems and processes.

Explore fundamental physics concepts including graphs, scalars, vectors, and motion. Learn to analyze physical quantities, interpret graphs, and understand key principles of forces and displacement.

Explore the intricacies of geologic dating, focusing on isotope behavior in Earth's interior. Learn about diffusion, compatible elements, and techniques for accurate age determination of rocks.

Exploración profunda del principio de Mach, su impacto en la física y sus implicaciones para la comprensión del universo, cuestionando conceptos newtonianos y relativistas.

Explore the abducens nerve's anatomy, function, and related disorders like cavernous sinus syndrome and pseudotumor cerebri. Learn about its role in eye movement and clinical implications.

Descubre cómo la Antártida, un continente sin fronteras, se convirtió en un ejemplo de cooperación científica y paz global, ofreciendo esperanza para el futuro de la humanidad.

Exploring traditional, natural solutions for environmental conservation through simpler living practices and a return to our roots.

Entomology 2023 kickoff explores advocacy's role in advancing entomology's impact. Features reflections from President Alleyne, insights on investing in advocacy, and experiences from Science Policy Fellows.

Explore cyclic recursion in machine learning for drug discovery, featuring innovative approaches and industry applications in pharmaceutical research.

Explore groundwater flow using Bernoulli's equation and Darcy's law. Learn to interpret and apply theoretical concepts for practical groundwater modeling, with real-world examples and expert insights.

Explore the cell nucleus structure and function, covering nuclear envelope, chromatin, and nucleolus. Learn key roles in cellular processes through detailed explanations and animations.

Explores how predictive coding can approximate backpropagation in neural networks, bridging neuroscience and machine learning. Discusses implications for biologically plausible deep learning algorithms.

Explore connections between deep learning and neuroscience, focusing on unsupervised brain models and their potential to explain visual processing streams and representation learning in the brain.

Explore osmotic pressure in physiology, covering definition, measurement, and clinical relevance. Gain insights into this crucial biological process and its applications in medicine.

Explore respiratory histology, from tracheal lining to pneumocytes. Learn about conduction and respiratory zones, cell types, and their functions in gas exchange and surfactant production.

Explore precision home visiting research to tailor services for families based on their unique needs, strengths, and risks. Learn innovative methods for evaluating and improving home visiting programs.

Explore infectious diseases, immunology, and protective measures with Rockefeller University experts discussing TB, mosquito-borne illnesses, and antibodies in this informative scientific talk.

Explore venom's potential in pain management and cancer treatment, from marine snail toxins to innovative therapeutics. Learn about interdisciplinary research and science diplomacy.