Enhancing robotic tactile intelligence through bio-inspired multimodal sensor arrays
robotic haptics
multimodal sensing
bio-inspired design
tactile feedback
adaptive grippers
Accelerating material discovery with rapid prototyping cycles and AI-driven synthesis
combinatorial chemistry
additive manufacturing
AI optimization
material informatics
high-throughput screening
At millikelvin thermal states for probing topological quantum matter phases
topological quantum computing
millikelvin cryogenics
anyons
quantum materials
condensed matter physics
Developing room-temperature superconductors with perovskite-based materials for lossless power grids
room-temperature superconductors
perovskites
power grids
energy efficiency
materials science
With adaptive CNC toolpaths for precision machining of metamaterials
CNC machining
metamaterials
precision engineering
adaptive toolpaths
advanced manufacturing
Reengineering Renaissance designs for lightweight aerospace structures using advanced composites
aerospace engineering
Renaissance architecture
composite materials
lightweight design
structural optimization
3D monolithic integration of photonic and electronic circuits for terahertz computing
monolithic integration
photonic computing
terahertz gap
3D chip stacking
hybrid circuits
Medieval alchemy-inspired discovery of amorphous metal alloys through combinatorial crucible techniques
amorphous metals
combinatorial chemistry
alchemical manuscripts
rapid alloy screening
bulk metallic glasses
At spin relaxation timescales for probing quantum coherence in biological molecules
spin relaxation
quantum coherence
biomolecules
ultrafast dynamics
magnetic resonance
Marrying ethology with swarm robotics to engineer emergent collective behaviors in synthetic systems
ethology
swarm robotics
emergent behavior
synthetic systems
collective intelligence
Employing ruthenium interconnects for next-generation smartphone integration to reduce power consumption
ruthenium interconnects
smartphone integration
power efficiency
semiconductor scaling
advanced materials
Using 2D material heterostructures in quantum radar systems for enhanced signal resolution
2D materials
quantum radar
heterostructures
signal resolution
photonics