Rome / Santiago / London / Boston / New York / Paris / Oxford / /
Company
LG / V. Vitelli A. S. / Nematic LC / Bain / /
Country
Chile / /
Facility
University of Oxford / University of Bath / Oxford Centre / King Abdullah University of Science / Collaborative Applied Mathematics Mathematical Institute / /
IndustryTerm
thermotropic energy density fB / energy quantization result / bi-structured porous media / display applications / energy bound / micellar surfactant solutions / thermotropic energy / thermotropic energy density / energy dissipation / optical devices / mathematical tools / dimensionless energy / realistic uniaxial solutions / elastic energy density / higher energy phase / liquid crystalline systems / re-scaled energy / condensed matter systems / energy minimizers / energy bounds / energy concentration / smooth solution / analytic solution / anisotropic elastic energy densities / analytic machinery / macro-molecular and colloidal systems / energy / energy minimizer / /
Organization
Oxford Centre / King Abdullah University of Science and Technology / University of Bath / Bath / Collaborative Applied Mathematics Mathematical Institute / Apala Majumdar Department of Mathematical Sciences / Oxford Center for Collaborative Applied Mathematics / University of Oxford / /
Person
Harvey Marsh Osborne Pathmanathan / Cooper Corrias Davit / Bell Preziosi / Connor Cooper Byrne Maini McKeever / Adriano Pisante Duvan Henao / Dunn Fletcher Harvey Marsh Osborne / Zhu Gu Liu / A. Fernandez-Nieves / V / Howell Penfold Thomas Tucker Petkov / /
Biaxial defect cores in nematic equilibria: an asymptotic result by Apala Majumdar