
Explore phylogenetic algebraic geometry, its applications in species history reconstruction, and the use of algebraic and geometric perspectives to solve phylogenetic problems.

Exploring geometric approaches to analyze U.S. Supreme Court voting behavior, discussing recent investigations using planar geometry and phylogenetic trees, and suggesting future directions in topology and geometry.

Explore mathematical models for optimal shapes in nature, focusing on tree roots and branches. Examine functionals for sunlight capture and nutrient collection, combined with transportation costs.

Explore techniques for fitting high-dimensional data and selecting appropriate models in biological evolution, focusing on polygenic adaptation and phenotypic variation.

Explore Bayesian inference techniques for analyzing dependent population dynamics in coalescent models, focusing on applications in genomics and evolutionary biology.

Explore mathematical models of infection spread in host populations distributed on Z, focusing on stochastic processes in evolutionary biology.

Explore bacterial antibiotic resistance evolution through phenotypic delay modeling, uncovering insights into this critical health challenge.

Explore bias-variance theory in protein genotype-to-phenotype mapping, focusing on global inference and local prediction techniques.

Explore the complexity of life history adaptation in marine invertebrates, examining environmental factors and evolutionary strategies through advanced research findings from the University of Tokyo.

Explore statistical genetics principles and quasi-linkage equilibrium concepts through advanced theoretical physics perspectives and mathematical modeling approaches.

Explore the fascinating evolution of movement across species, from flying dinosaurs to human bipedalism. Discover how locomotion has shaped life's history and influenced our anatomy and abilities.

Explore genetic programming of sex, evolution of sex differences, and evolutionary forces shaping male-female distinctions in various species with Professor Judith Mank.

Unravel the tangled history of life with Nick Lane as he explores Earth's biodiversity, the origin of complex cells, and the role of mitochondria in shaping evolution.

Explore the science of de-extinction, its feasibility, and ethical implications. Learn about ancient DNA, genetic diversity, and the potential revival of extinct species like mammoths.

Explore adaptive change and population transformation through snapdragon genetics. Discover how genes and environment interact to drive evolutionary paths in this insightful lecture by biologist Enrico Coen.

Explore the fascinating evolution of early Paleozoic life, from Cambrian burrowers to Ordovician predators, and discover key events shaping Earth's biodiversity 542-444 million years ago.

Explores the Cambrian Explosion, challenging its name and timing. Discusses Ediacaran fauna, early animal evolution, mass extinctions, and factors contributing to increased diversity and complexity in Pre- and Early Cambrian life.

Explore Neogene life and human evolution, from early apes to Australopithecus and Homo. Learn about key evolutionary events, environmental changes, and the development of human traits like bipedalism and tool use.

Explore the evolutionary journey of life from sea to land, its climatic impacts, and the resulting mass extinctions. Learn about key transitions in Earth's history and their far-reaching consequences.

Explore the Early Cenozoic: megalodon sharks, walking whales, giant birds, and the rise of mammals. Discover how climate change and evolving grasslands shaped Earth's ecosystems and animal diversity.

Explore the resurrection of physiological traits from extinct species, focusing on hemoglobin in mammoths and Arctic manatees, with insights into DNA sequencing and evolutionary adaptations.