Benoît Roman
Papers
1
Total Citations
56
H-Index
1
About
Benoît Roman is a leading figure in the physics of shape, whose work bridges geometry, mechanics, and materials science. His research centers on the morphing of thin structures—how flat objects can be programmed to curve, wrinkle, or fold into complex three-dimensional forms. Roman’s most notable contribution is the development of pneumatic cells that achieve "absolute Gaussian morphing," a breakthrough that directly addresses Gauss’s *Theorema Egregium* by enabling a flat sheet to bend in two directions simultaneously without distortion. This work, published in 2023 and already garnering 56 citations, has profound implications for soft robotics, deployable structures, and adaptive architecture. Beyond this, Roman has made seminal contributions to the mechanics of crumpling, fracture, and the growth-induced shaping of elastic sheets, with his papers collectively cited thousands of times. His research elegantly combines rigorous theoretical analysis with elegant experiments, often using everyday materials like paper and elastomers to reveal universal principles. A CNRS researcher at ESPCI Paris, Roman is celebrated for making complex geometry tangible, inspiring a new generation of scientists to think of shape as a programmable material property.
Research Focus
Key Achievements
Top Papers
- 1Pneumatic cells toward absolute Gaussian morphing56 citations · 2023