Quantum and nanoscale technology innovations

Directed self-assembly of block copolymers for next-generation nanoscale photonic devices

block copolymers self-assembly photonics nanotechnology optical materials

Harnessing quantum vacuum fluctuations for nanoscale energy harvesting

zero-point energy quantum electrodynamics nanodevices Casimir effect renewable energy

Enhancing solar cell efficiency through quantum dot charge trapping mechanisms

quantum dots solar cells charge trapping photovoltaics nanotechnology

During neurotransmitter release events using nanoscale electrochemical imaging

neurotransmitter release electrochemical imaging synaptic vesicles nanoscale sensors neural communication

Combining two unrelated fields: spider silk proteins and quantum dot biohybrids

spider silk quantum dots biohybrid materials optoelectronics biomimetics

Observing synaptic time delays in neural networks through quantum dot fluorescence tracking

synaptic delays quantum dots neural networks fluorescence imaging neurophysics

In attojoule energy regimes for ultra-low-power quantum computing components

quantum computing attojoule energy efficiency nanoscale devices low-power electronics

Optimizing quantum dot charge trapping for ultra-high-density data storage beyond petabyte scales

quantum dots charge trapping data storage nanoscale electronics energy-efficient computing

In quantum vacuum fluctuations for novel energy harvesting at nanoscale

quantum vacuum energy harvesting nanoscale devices Casimir effect zero-point energy

Optimizing atomic layer etching for sub-2nm semiconductor node fabrication

atomic layer etching semiconductor scaling nanofabrication plasma processing Moore's Law

Measuring yoctogram-scale mass fluctuations in quantum-confined nanomechanical resonators

yoctogram nanomechanics quantum sensing mass spectrometry resonator

Directed self-assembly of block copolymers for nanoscale photonic devices

block copolymers nanophotonics self-assembly optical materials nanotechnology