Sustainable manufacturing and green chemistry innovations

Through mechanochemical reactions, how can we synthesize pharmaceuticals with minimal solvent use?

mechanochemistry pharmaceutical synthesis green chemistry solvent-free reactions drug manufacturing

Using nanoscale mixing with biocatalytic cascades for precision drug synthesis

nanomixing enzymatic cascades drug delivery microfluidics synthetic biology

Via self-optimizing reactors with real-time spectroscopic feedback control

self-optimizing reactors spectroscopic feedback chemical synthesis adaptive control yield optimization

Investigating photoredox chemistry for sustainable C-H bond activation in drug discovery

photoredox chemistry C-H activation drug discovery sustainable catalysis visible-light photocatalysis

With enzymatic polymerization to create biodegradable electronics for e-waste reduction

green chemistry e-waste biodegradable polymers enzymatic synthesis sustainable electronics

Through EUV mask defect mitigation using AI-driven pattern correction

EUV lithography mask defects AI correction semiconductor manufacturing nanofabrication

Optimizing enzyme turnover numbers in industrial biocatalysis for sustainable chemical production

enzyme kinetics biocatalysis industrial enzymes metabolic engineering sustainable chemistry

Biocatalytic Cascades for Sustainable Pharmaceutical Manufacturing in Low-Resource Settings

biocatalysis green chemistry drug production enzymatic cascades decentralized manufacturing

Atomic layer etching optimization for defect-free 2nm semiconductor node fabrication

semiconductor manufacturing atomic precision plasma etching Moore's Law nanofabrication

Optimizing industrial digital twins using real-time sensor fusion and machine learning

digital twin Industry 4.0 sensor fusion predictive maintenance

Through femtosecond laser ablation for ultra-precise nanomaterial patterning

femtosecond laser ablation nanomaterial patterning laser precision nanostructuring advanced manufacturing

Bridging fundamental and applied research with flow chemistry robots for drug discovery automation

flow chemistry drug discovery lab automation continuous synthesis AI-driven chemistry