Research Articles
Haeckel's Anniversary: 100 Years Since the Birth of the German Darwin
Celebrating the 100th anniversary of Ernst Haeckel's birth - the German biologist, artist and philosopher who revealed the interconnectedness of all life on Earth.
Evolutionary Biology and Human Nature: The Archaeology of Epigenetic Rules
Exploring how epigenetic rules shape human nature through the dynamic interaction between genes and environment.
Untangling the Tree of Life: Your Map to Understanding Evolution
Discover how concept maps can transform your understanding of evolutionary biology, from natural selection to genetic drift and real-world examples like Darwin's finches.
The Epigenetic Bridge: How Biology and Political Science Are Converging to Reshape Society
Explore how epigenetics bridges biology and political science, revealing how social factors influence gene expression across generations.
The Dance of Life: How Cosmic Forces Shape Biological Complexity
Explore how metadynamics systemicity reveals the hidden connections between cosmic phenomena and biological processes, from protein folding to Alzheimer's therapies.
How Life's Origins Were Shaped by Evolutionary Forces
Exploring how evolutionary principles shaped life's origins from prebiotic chemistry to complex organisms through groundbreaking research and experiments.
Ontological Queries and Evolutionary Processes: The Scientist Who Bridged Biology and Philosophy
Exploring David Hull's groundbreaking work bridging biology and philosophy through ontological queries and evolutionary processes.
Beyond the Blind Watchmaker: How Evolution is Learning to Anticipate Change
Exploring contemporary issues in evolutionary biology including evolvability, punctuated equilibrium, and evolutionary developmental biology
The Hidden Architects: How Internal Forces Shape Evolution
Exploring how internal constraints and processes guide evolutionary change alongside natural selection
Genomic Dark Matter: The Secret Controller of Life
Discover how genomic dark matter, once dismissed as junk DNA, is revolutionizing our understanding of biology and disease treatment.