Exploring hydrogen storage efficiency in metal-organic frameworks under extreme cryogenic conditions
hydrogen storage
metal-organic frameworks
cryogenics
adsorption kinetics
sustainable energy
With ferroelectric hafnium oxide: enabling ultra-low-power non-volatile memory devices
ferroelectric hafnium oxide
non-volatile memory
energy-efficient computing
novel materials
electronics innovation
Designing next-gen solar panels with 50-year durability requirements for space missions
solar panels
space missions
durability
photovoltaic materials
extreme environments
Through million-year nuclear waste isolation using nanoscale ceramic coatings
nuclear waste
nanoscale coatings
ceramic materials
long-term storage
radiation shielding
Using waste-heat thermoelectrics to power IoT devices in industrial settings
waste-heat recovery
thermoelectric generators
industrial IoT
energy harvesting
smart manufacturing
Atomic precision defect engineering in perovskite solar cells with 50-year durability requirements
degradation mechanisms
accelerated aging tests
self-healing materials
space-grade solar
Autonomous lab assistants for accelerated discovery of solid-state batteries with 15-year ROI horizons
self-optimizing labs
high-throughput electrochemistry
industrial automation
energy storage economics
Engineering synthetic phyllosilicates for carbon-negative cement alternatives
carbon sequestration
phyllosilicates
green cement
synthetic minerals
CO2 capture
Via perovskite-based carbon capture membranes for industrial emissions reduction
perovskite
carbon capture
membrane technology
industrial emissions
CO2 separation
Employing neglected mathematical tools for optimizing quantum dot solar cell efficiency
quantum dots
solar cells
mathematical optimization
photovoltaics
nanomaterials
Designing self-repairing infrastructure with 100-year maintenance cycles using bio-inspired materials
self-repairing materials
bio-inspired design
century-scale maintenance
infrastructure resilience
autonomous systems
Planning post-2100 nuclear waste storage with self-healing concrete matrices
nuclear waste
self-healing concrete
radioactive containment
long-term storage
geopolymer