Derek Moulton

Derek Moulton serves as a Professor at the Mathematical Institute, University of Oxford. His primary affiliations include:

• Mathematical Biology research group
• Oxford Centre for Industrial and Applied Mathematics (OCIAM)

Contact details consist of telephone (+44 1865 615153) and personal webpage (http://people.maths.ox.ac.uk/moulton/).

Dr. Moulton's research centers on mathematical biology and biomechanics, with emphasis on mechanical pattern formation in biological systems. He investigates morphogenesis across diverse organisms including mollusc shells, plants, fungi, and animals through physics-based modeling. His work reveals how mechanical forces govern structural development and functional adaptation in living systems, bridging mathematics, physics, and biology to uncover universal principles of biological form.

Recent publications demonstrate consistent focus on mechanical modeling of biological phenomena, particularly plant biomechanics (squirting cucumber, shape control) and animal locomotion (elephant trunk dynamics). Collaborative work with Alain Goriely and others appears in high-impact journals including Journal of the Royal Society Interface, Physical Review Letters, and PNAS, showing increasing computational sophistication in simulating biological structures.

No scientific awards were documented in the provided materials.

While specific students and grants aren't listed, Dr. Moulton's active publication record within Oxford's Mathematical Institute suggests ongoing supervision of graduate researchers and externally funded projects in mathematical biology.

As core member of both the Mathematical Biology group and OCIAM, Dr. Moulton operates within Oxford's interdisciplinary ecosystem connecting mathematics with industrial applications and life sciences research, facilitating cross-departmental collaboration on complex biological mechanics problems.