11th International Conference on
Tokyo, Japan
Nanomaterials are transforming electronics and optoelectronics by enabling faster, smaller, and more efficient devices at atomic precision. At this scale, quantum effects dominate, unlocking new behaviors in conductivity, photonics, and carrier mobility. Materials like graphene, quantum dots, and 2D semiconductors enable ultra-fast switching, tunable emission, and flexible circuitry. Their integration allows thinner displays, wearable tech, high-speed communication, and energy-efficient computing. Nanoscale interfaces improve charge transport, reduce losses, and enhance device lifetimes across platforms. Optoelectronic nanostructures absorb, emit, and guide light with customizable wavelengths for advanced imaging and sensing.These materials open pathways to neuromorphic computing, flexible photovoltaics, and integrated photonic chips.
Flexible Electronics
Light-Emitting Nanomaterials
Nano-Interconnects
Optical Signal Processing
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