Quantum and nanoscale technology innovations

In picocubic reaction chambers: single-molecule catalysis under femtosecond observation

nanocatalysis femtochemistry reaction dynamics lab-on-a-chip single-molecule imaging

Probing molecular dynamics at zeptosecond resolution with attosecond laser pulses

zeptosecond resolution attosecond physics ultrafast lasers molecular dynamics quantum control

Achieving picometer precision in atomic-scale 3D printing of metamaterials

picometer precision 3D printing metamaterials nanofabrication atomic-scale engineering

Through femtosecond laser ablation: precision surface patterning for next-generation photonic devices

femtosecond lasers nanofabrication photonic devices surface patterning ultrafast optics

At zeptosecond resolution: probing electron dynamics in attosecond-streaking experiments

zeptosecond resolution attosecond physics electron dynamics ultrafast spectroscopy quantum materials

Fusing origami mathematics with robotics for self-assembling nanoscale machines

origami robotics self-assembly nanomachines geometric algorithms autonomous systems

Engineering ultra-precise semiconductor interfaces via self-assembled monolayer doping techniques

self-assembled monolayers semiconductor doping nanoscale engineering surface chemistry electronic materials

In yoctogram mass measurements for detecting dark matter candidate particles

yoctogram measurement dark matter nanomechanical sensors axion detection quantum limits

Femtosecond pulse interactions with quantum dots for ultra-fast optoelectronic devices

femtosecond lasers quantum dots optoelectronics photonic devices ultrafast spectroscopy

At zeptosecond resolution: probing electron dynamics in ultrafast chemical reactions

zeptosecond physics ultrafast chemistry electron dynamics attosecond lasers molecular imaging

Mitigating EUV mask defects for sub-3nm semiconductor manufacturing processes

EUV lithography semiconductor manufacturing mask defects nanotechnology chip fabrication

Via self-assembled monolayer doping for atomically precise semiconductor fabrication

monolayer doping semiconductor fabrication atomic precision self-assembly nanoelectronics