Sustainable manufacturing and green chemistry innovations

Fusing flow chemistry robots with sparse mixture-of-experts AI for drug discovery

automated synthesis MoE models high-throughput chemistry reaction optimization AI-driven discovery

Photoredox chemistry for selective C–H functionalization in complex molecular scaffolds

photoredox catalysis C–H functionalization organic synthesis visible-light activation selectivity

Repurposing existing manufacturing infrastructure for scalable carbon nanotube via production

carbon nanotubes manufacturing infrastructure semiconductor fabrication interconnects scalable production

Using biocatalytic cascades for sustainable pharmaceutical intermediate synthesis

biocatalysis pharmaceutical synthesis enzyme cascades green chemistry reaction engineering

Via self-optimizing reactors in picocubic reaction chambers for nanoscale synthesis

microfluidics nanotechnology autonomous chemistry lab-on-a-chip precision manufacturing

Investigating nanoscale mixing techniques for accelerated chemical reactions in microfluidic devices

nanoscale mixing microfluidics chemical reactions lab-on-a-chip turbulence enhancement

Developing next-generation smartphone thermal management via existing manufacturing infrastructure

thermal management smartphones graphene manufacturing scalability consumer electronics

Optimizing chemical synthesis yields with self-optimizing reactors powered by machine learning algorithms

self-optimizing reactors chemical synthesis machine learning yield optimization reaction automation

Using computational retrosynthesis to accelerate discovery of biodegradable polymers

computational retrosynthesis biodegradable polymers green chemistry material design sustainability

With patent-expired innovations to develop low-cost diagnostic tools for neglected diseases

open-source diagnostics neglected diseases patent expiration global health frugal innovation

Optimizing chemical reaction yields through autonomous lab assistants and solvent selection engines

autonomous labs solvent optimization chemical yields AI-driven chemistry reaction efficiency

Advancing robotic tactile intelligence with solvent-free processing of piezoelectric polymers

robotics tactile sensors solvent-free fabrication piezoelectric materials haptic feedback