Investigating quantum coherence limits in room-temperature superconductors for energy transmission
quantum coherence
superconductors
energy transmission
room-temperature
materials science
Through quantum dot charge trapping for ultra-efficient solar energy conversion
quantum dots
photovoltaics
charge trapping
solar energy
nanotechnology
Extending battery lifespan via quantum dot charge trapping for next-generation smartphone integration
quantum dots
charge trapping
smartphone batteries
energy retention
nanotechnology
Boosting solar efficiency with perovskite-silicon tandem cells under real-world irradiance conditions
perovskite-silicon tandem cells
solar efficiency
photovoltaics
renewable energy
irradiance testing
Connecting medieval alchemy with materials discovery for sustainable catalyst design
medieval alchemy
materials discovery
sustainable catalysts
historical inspiration
chemical synthesis
Reimagining Victorian-era inventions with modern nanotechnology for sustainable energy solutions
nanotechnology
Victorian inventions
sustainable energy
mechanical design
renewable tech
Combining ancient and modern methods for sustainable concrete alternatives
ancient materials
modern chemistry
sustainable concrete
geopolymers
carbon reduction
At petapascal pressure regimes, synthesizing metastable superhydrides for room-temperature superconductivity
petapascal pressure
superhydrides
room-temperature superconductivity
high-pressure synthesis
metastable materials
Planning post-2100 nuclear waste storage with self-healing geopolymer barriers
nuclear waste
geopolymers
self-healing materials
long-term storage
radiation containment
Employing germanium-silicon strain engineering for high-performance quantum dot solar cells
strain engineering
quantum dots
photovoltaics
germanium-silicon
heterostructures
Optimizing perovskite tandem solar cells for 2024-2026 deployment in urban environments
perovskite tandem cells
urban solar
scalability
stability
renewable energy
Synthesizing future-historical approaches to predict next-gen battery material breakthroughs
battery materials
machine learning
historical trends
energy storage
material discovery