Eric Siggia

Eric Siggia is an Adjunct Professor in the Department of Physics at Cornell University. His research focuses on biophysics, including the statistical mechanics of DNA, stochastic gene expression, and the cell cycle in yeast. He also explores bioinformatics of gene regulation in evolution and development, as well as the morphology of early vertebrate development and embryonic stem cell colonies as a model for the early embryo. His work involves collaborations with the Laboratory of Molecular Embryology at Rockefeller University, where he studies how cells cooperate to form embryos using microfluidic technology and time-lapse microscopy. His research integrates experimental, computational, and theoretical approaches to understand developmental patterning.

Eric Siggia is a scholar whose research spans biology and physics, focusing on stochastic gene expression, DNA mechanics, and complex systems. His work explores the statistical dynamics of classical systems, entropic elasticity of DNA, and the intrinsic and extrinsic contributions to gene expression stochasticity. Additionally, he investigates nuclear membrane dynamics, regulatory element detection, and the self-organization of biological systems. His research also includes studies on turbulence, convection, and heat transport, as well as the evolution of multidrug resistance in bacteria. Siggia's interdisciplinary approach bridges theoretical and experimental methods to understand biological and physical phenomena at the molecular and systems levels.