Quantum and nanoscale technology innovations

Probing attojoule energy regimes in quantum dot interactions within plasmonic nanocavities

attojoule energy quantum dots plasmonics nanocavities nanophotonics

At picometer precision, manipulating molecular bonds with ultrafast laser pulse shaping

femtochemistry bond-selective control coherent light-matter interaction attosecond physics molecular dynamics

Via counterintuitive biological hacks, repurposing viral capsids for room-temperature superconductivity

viral nanotechnology biomolecular templates high-temperature superconductors quasicrystals topological materials

At picometer precision: Measuring quantum tunneling effects in 2D heterostructures

quantum tunneling 2D materials picometer metrology van der Waals heterostructures electron transport

Achieving nanoradian angular precision in neutrino detection through interferometric alignment techniques

neutrino detection nanoradian precision interferometry particle physics alignment systems

Anticipating 22nd century energy needs through attojoule-scale nanodevice optimization

attojoule energy nanotechnology future computing energy efficiency quantum limits

Harnessing quantum vacuum fluctuations for ultra-low-energy nanoscale device operation

quantum vacuum fluctuations nanoscale devices energy efficiency Casimir effect quantum electronics

Enhancing quantum dot charge trapping efficiency for next-generation memory devices

quantum dots charge trapping non-volatile memory nanostructuring material engineering

Using atomic layer etching for 2nm nodes in semiconductor fabrication

atomic layer etching semiconductor manufacturing 2nm technology nanofabrication Moore's Law

Across synaptic vesicle recycling, mapping presynaptic calcium nanodomain signaling cascades

synaptic vesicles calcium nanodomains exocytosis presynaptic plasticity super-resolution imaging

Using gate-all-around nanosheet transistors for sub-3nm logic device scaling

nanosheet transistors semiconductor scaling logic devices sub-3nm GAAFET

For next-generation smartphone integration of quantum dot-based micro-displays

quantum dots micro-displays smartphone screens energy efficiency nanotechnology