shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/index.html
Exercises in Materials Geometry and Topology. Berlin (Germany), 14 18 September 2015. Download abstract booklet [PDF, 9.7MB]. 2015 Conference "shape up 2015", webmaster@shape-up.academy, Impressum. Valid XHTML 1.1.
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/committee.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Murdoch University, Perth.
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/impressum.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Conference "shape up 2015".
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/topics.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Simon Čopar (U Ljubljana).
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/abstract.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Talk preferred, poster ok.
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/venue.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Straße des 17. Juni 136.
shape-up.academy
Shape Up! Exercises in Materials Geometry and Topology
http://www.shape-up.academy/speakers.html
An interdisciplinary discussion meeting on patterns and geometry, and their role in biological and synthetic microstructured materials and tissue. We invite contributions from biology, chemistry, materials science, mathematics, physics and related fields addressing the genesis, properties and function of complex nano-scale geometries, as well as underlying geometric and topological concepts for the study of complex structure and shape. Download abstract booklet [PDF, 9.7MB]. Invited speakers and program:.