Materials Science
Fourth Award
Artificial intelligence hardware is increasingly constrained by the energy cost of data movement: a single DRAM access can consume 200× the energy of an on-chip compute operation. Neuromorph…
Materials Science
Fourth Award
Scanning transmission electron microscopy (S/TEM) is essential for atomic-scale research that drives advances in energy materials and nanotechnology, but its operation is limited by labor-in…
Materials Science
Fourth Award
Large-scale reforestation efforts often struggle due to the large cost associated with seeding and low growth yield due to pest predation on seeds. To negate pests, blanket application of ch…
Materials Science
Fourth Award
Microbial contamination in healthcare and marine environments compromises safety and incurs billions in costs. To address this, a parametric study was conducted on eight cast Cu-Zn-Al-Sn all…
Materials Science
Fourth Award
Per- and polyfluoroalkyl substances (PFAS) are anthropogenic contaminants used in superomniphobic products, due to the exceptional stability of their carbon–fluorine bonds, that allow them t…
Materials Science
Fourth Award
Freshwater is becoming a depleting resource globally due to climate change, urbanization, and pollution. Thus, there is an urgent need for decentralized and energy-efficient freshwater gener…
Materials Science
Fourth Award
Oil spills cause large-scale destruction of marine ecosystems and economies. Current remediation methods primarily rely on mechanical recovery, typically recovering only 2-6% of spilled oil.…
Materials Science
Fourth Award
Negative environmental and health-related impacts of real and synthetic leather production have prompted interest in biobased alternatives that maintain functional performance while reducing…
Materials Science
Fourth Award
The main goal of my project is to 3D print flexible objects with designed magnetisation. Such structures are capable of shifting geometry when the external magnetic field is applied and retu…