Search results for the keyword {phrase} ({results_count} of {results_count_total}). There will be further results within Author, Category and Institution pages directly.
Displaying {results_count} results of {results_count_total}
The mechanical response of naturally abundant amorphous solids are not described by the conventional paradigm of broken symmetry that defines crystalline elasticity. In contrast, the response of such athermal solids are governed by local conditions of mechanical equilibrium. Here Bulbul Chakraborty discusses these constraints have the mathematical structure of a generalized electromagnetism, where the electrostatic limit successfully captures the anisotropic elasticity of amorphous solids. Image courtesy of Bulbul Chakraborty.
Log-in or Sign-up to Faculti
Currently viewing this subject insight as a guest. You have insight(s) remaining for this month. Login to view 8000+ figures on the platform.
Faculti is a research, policy and scholarship streaming platform, set up by a former school teacher, that covers 8000 academics annually across 20 subjects, across the world. The aim is to interview academics and policy makers discussing their research or analysis without any journalistic influence or bias. More here
How do you select interviews?
Team of editors across all the main disciplines select publications along a three-pronged approach: 1. Most cited and latest in each subject 2. Internal audience website data 3. Publisher Partners suggestions eg Taylor and Francis, Princeton University Press, they suggest what to cover.
Interview Process
All questions sent in advance by 4-5 days. Interview undertaken on Zoom, Webex or phone. Journalist checks for framing, lighting, sound. Journalist interviews you, asks follow-ups, retakes. Raw footage enters editing cycle.
