Advanced materials for sustainable technologies

With stem cell exhaustion reversal to combat age-related muscle degeneration

stem cell exhaustion muscle degeneration aging regenerative medicine sarcopenia

Targeting plastic-eating enzymes for scalable waste management solutions

plastic degradation enzyme engineering PET hydrolysis waste management bioremediation

Designing self-repairing infrastructure for 2040 urban planning using bio-inspired materials

self-healing materials urban resilience bio-inspired design smart infrastructure regenerative construction

Accelerating catalyst discovery for ammonia synthesis via machine learning algorithms

catalyst discovery ammonia synthesis machine learning sustainable agriculture Haber-Bosch

Employing geothermal fracking innovations for sustainable deep-earth energy extraction

geothermal fracking sustainable energy deep-earth extraction renewable resources hydraulic fracturing

Using biocatalytic cascades for sustainable pharmaceutical synthesis in femtoliter volumes

biocatalysis green chemistry microfluidics pharmaceutical synthesis enzyme engineering

For senolytic drug discovery during circadian rhythm minima

senolytics circadian biology aging therapeutics drug timing cellular senescence

Targeting plastic-eating enzymes through femtosecond laser ablation for precision waste breakdown

plastic-eating enzymes femtosecond laser ablation waste degradation precision recycling enzymatic breakdown

Uniting explainability through disentanglement with unconventional methodologies in AI-driven drug discovery

explainable AI drug discovery disentanglement methods unconventional methodologies transparent machine learning

Using military-to-civilian tech transfer for next-generation carbon capture systems

carbon capture adsorption tech transfer military innovation climate mitigation

Employing piezoelectric rain enhancement in arid agricultural regions via drone networks

cloud seeding smart agriculture atmospheric electrostatics drought mitigation

Optimizing predictive maintenance in industrial systems via hybrid AI-physics models

predictive maintenance hybrid models industrial AI failure prediction physics-informed ML