Explore how universal selection theory extends Darwinian principles beyond biology to explain adaptive complexity in our world without miraculous intervention.
Exploring the limitations and challenges of phylogenetic trees in comparative biology and evolutionary research.
Explore how computational tools and AI are transforming plant genomics and breeding, accelerating crop improvement and enhancing global food security.
Discover how global epistasis creates predictable evolutionary patterns despite genetic randomness, with implications for medicine, biotechnology and understanding life itself.
Exploring identity-protective cognition - the unconscious bias that makes us defend our tribe's beliefs against threatening evidence, regardless of intelligence or education.
Discover how computational analysis of knots across cultures reveals patterns of human innovation and cultural evolution spanning 12,000 years.
Explore the scientific debate between teleonomy and teleology in biology, from ancient philosophy to modern research on mutation bias and molecular self-organization.
Exploring how forensic anthropology's ancestry estimation perpetuates racism and how science is decolonizing it through ethical alternatives.
Discover how extreme climate changes and oxygen revolution led to the emergence of the first multicellular animals - the sponges (Porifera).
Explore how complexity emerges in evolution through genetic innovation, natural selection, and self-organization. Discover the mechanisms behind nature's sophisticated designs.