Advanced materials for sustainable technologies

Via catalyst discovery algorithms to accelerate sustainable ammonia production

catalyst discovery ammonia production machine learning sustainable chemistry reaction optimization

Enhancing robot dexterity through sim-to-real transfer for fragile object manipulation

reinforcement learning robotic grasping domain randomization tactile sensors industrial automation

With albedo-modifying urban materials to combat heat islands in megacities

albedo modification urban heat islands reflective materials megacities energy efficiency

Decoding cellular aging mechanisms employing NAD+ boosting and single-cell transcriptomics

NAD+ aging single-cell RNA-seq senescence metabolism

Scaling airborne wind energy systems with adaptive tether dynamics for urban environments

airborne wind energy adaptive tethers urban renewables kite power wind harvesting

Accelerating 2030 materials development using high-throughput computational screening techniques

materials science high-throughput screening computational chemistry sustainable materials AI-driven discovery

Developing biodegradable electronics using protein-based substrates for sustainable wearable devices

biodegradable electronics protein substrates wearable technology sustainable materials flexible circuits

**Bridging sonar technology with bat echolocation for autonomous drone navigation**

biomimetic sonar drone autonomy echolocation algorithms LiDAR alternatives bio-inspired sensors

**Employing NAD+ boosting to reverse age-related mitochondrial dysfunction in skeletal muscle**

NAD+ supplementation mitochondrial biogenesis sarcopenia treatment aging biomarkers redox signaling

Biodegradable electronics for transient agricultural sensors that dissolve after harvest cycles

biodegradable electronics agricultural sensors transient technology soil monitoring eco-friendly tech

Enhancing cloud formation via phytoplankton-induced marine aerosol emissions

phytoplankton cloud seeding marine aerosols climate modulation organic compounds

Optimizing biodegradable electronics through transient material engineering

biodegradable electronics transient materials eco-friendly devices decomposition triggers sustainable technology