Using waste-heat thermoelectrics in urban infrastructure for decentralized energy harvesting
waste-heat recovery
urban sustainability
thermoelectric materials
energy harvesting
smart cities
Investigating quantum decoherence in photosynthetic complexes via femtosecond laser ablation
quantum biology
coherence dynamics
ultrafast spectroscopy
photosynthetic efficiency
energy transfer
Using waste-heat thermoelectrics for industrial-scale energy recovery systems
waste-heat recovery
thermoelectrics
industrial energy efficiency
renewable energy
modular systems
Employing floating solar desalination for arid coastal regions with integrated energy storage
solar desalination
floating platforms
energy storage
water scarcity
renewable energy
Engineering atmospheric water harvesters using waste-heat thermoelectrics for arid regions
atmospheric water harvesting
thermoelectrics
waste heat utilization
arid regions
sustainable water
Within quantum coherence windows for optimizing photosynthetic energy transfer in artificial systems
quantum coherence
artificial photosynthesis
energy transfer
light-harvesting complexes
quantum biology
Enhancing atmospheric water harvesting efficiency using hybrid metal-organic frameworks and solar energy
atmospheric water harvesting
metal-organic frameworks
solar energy
desalination
sustainable water
Designing biodegradable electronics with emphasis on interdisciplinary approaches from materials science and bioengineering
biodegradable electronics
materials science
bioengineering
sustainable technology
interdisciplinary research
Employing floating solar desalination for sustainable freshwater production in coastal regions
floating solar
desalination
renewable energy
water scarcity
coastal sustainability
Through space-based solar power to achieve continuous renewable energy generation
space-based solar
wireless power transmission
orbital energy
renewable infrastructure
satellite arrays
Harnessing space-based solar power for continuous terrestrial energy supply
space solar power
microwave transmission
laser energy
orbital collectors
renewable energy
Employing electrocatalytic CO2 conversion with single-atom alloy nanoparticles for sustainable fuels
electrocatalysis
CO2 reduction
single-atom alloys
sustainable energy
hydrocarbon synthesis