Leveraging photoredox chemistry for sustainable pharmaceutical manufacturing
photoredox chemistry
green chemistry
pharmaceutical synthesis
catalysis
sustainable manufacturing
The impact of rapid prototyping cycles on sustainable product development in consumer electronics
rapid prototyping
sustainable design
consumer electronics
material efficiency
innovation
Reducing machining errors with adaptive CNC toolpaths in high-precision aerospace components
adaptive CNC toolpaths
aerospace manufacturing
machining errors
dynamic adjustments
high-precision engineering
Through photoredox chemistry for selective C-H bond activation in drug synthesis
photoredox chemistry
C-H activation
drug synthesis
catalysis
pharmaceuticals
Through EUV mask defect mitigation in sub-3nm semiconductor fabrication
semiconductor manufacturing
EUV lithography
mask defects
nanofabrication
chip scaling
With collaborative robot cells for adaptive microfactory production lines
collaborative robots
microfactories
swarm robotics
adaptive manufacturing
Industry 4.0
Mitigating EUV mask defects for next-generation semiconductor lithography at picometer precision
EUV lithography
mask defects
semiconductor manufacturing
picometer precision
nanofabrication
With adaptive CNC toolpaths for high-precision microfluidic device fabrication
CNC machining
microfluidics
adaptive toolpaths
precision manufacturing
lab-on-a-chip
Through photoredox chemistry to develop sustainable pharmaceutical synthesis methods
photoredox catalysis
green chemistry
pharmaceutical synthesis
sustainable manufacturing
light-driven reactions
Using waste-heat thermoelectrics to power IoT devices in industrial settings
waste-heat recovery
thermoelectric generators
industrial IoT
energy harvesting
smart manufacturing
Using biocatalytic cascades for sustainable pharmaceutical manufacturing by 2040
biocatalysis
green chemistry
pharmaceutical synthesis
enzyme engineering
sustainable manufacturing
Optimizing waste-heat thermoelectrics for industrial exhaust recovery systems
thermoelectric materials
waste-heat recovery
industrial efficiency
energy harvesting
thermal conductivity