Semiconductor nanostructures for modern electronics

Engineering & Materials Science

• Nanostructures 100%
• Semiconductor materials 72%
• Electronic equipment 69%
• Photons 48%
• Charge carriers 41%
• Electrons 41%
• Band structure 38%
• Data storage equipment 33%
• Microprocessor chips 24%
• Nanolithography 23%
• Molecular beam epitaxy 21%
• Atomic layer deposition 20%
• Fabrication 20%
• Quantum cryptography 19%
• Epitaxial growth 19%
• Photodetectors 17%
• Atomic force microscopy 17%
• Nanostructured materials 16%
• Biosensors 16%
• Photovoltaic cells 16%
• Semiconductor devices 15%
• MOSFET devices 15%
• Optoelectronic devices 15%
• Photonics 15%
• Vapors 12%
• Scanning electron microscopy 10%
• Scanning 10%
• Networks (circuits) 7%
• Sensors 6%

Physics & Astronomy

• microprocessors 49%
• electronics 42%
• charge carriers 35%
• photons 34%
• quantum cryptography 27%
• electrons 25%
• nanofabrication 24%
• photovoltaic cells 24%
• bioinstrumentation 22%
• quantum computation 21%
• atomic layer epitaxy 21%
• metal oxide semiconductors 20%
• semiconductor devices 20%
• optical measurement 20%
• epitaxy 20%
• electrical measurement 19%
• energy bands 19%
• photometers 18%
• molecular beam epitaxy 17%
• energy spectra 17%
• emitters 16%
• chips 16%
• field effect transistors 16%
• atomic force microscopy 15%
• vapors 15%
• photonics 14%
• scanning electron microscopy 13%
• scanning 12%
• sensors 12%
• high resolution 12%
• fabrication 12%
• probes 12%
• characterization 11%

Chemical Compounds

• Semiconductor 62%
• Nanomaterial 51%
• Tunneling 23%
• Electronic Band Structure 23%
• Charge Carrier 22%
• Molecular Beam Epitaxy 16%
• Nanolithography 15%
• Atomic Layer Epitaxy 13%
• Electron Particle 12%
• Field Effect 11%
• Photon 11%
• Optoelectronics 10%
• Reflection 9%
• Atomic Force Microscopy 9%
• Probe 7%
• Scanning Electron Microscopy 6%
• Length 6%
• Energy 5%