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• Mesoscopic_physics abstract "Mesoscopic physics is a sub-discipline of condensed matter physics which deals with materials of an intermediate length scale. The scale of such materials can be described as being between the size of a quantity of atoms (such as a molecule) and of materials measuring micrometres. The lower limit can also be defined as being the size of individual atoms. At the micrometre level are bulk materials. Both mesoscopic and macroscopic objects contain a large number of atoms. Whereas average properties derived from its constituent materials describe macroscopic objects, as they usually obey the laws of classical mechanics, a mesoscopic object, by contrast, is affected by fluctuations around the average, and is subject to quantum mechanics.In other words, a macroscopic device, when scaled down to a meso-size, starts revealing quantum mechanical properties. For example, at the macroscopic level the conductance of a wire increases continuously with its diameter. However, at the mesoscopic level, the wire's conductance is quantized - the increases occur in discrete, or individual, whole steps. During research, mesoscopic devices are constructed, measured, and observed experimentally and theoretically in order to advance understanding of the physics of insulators, semiconductors, metals, and superconductors. The applied science of mesoscopic physics deals with the potential of building nano-devices.Mesoscopic physics also addresses fundamental practical problems which occur when a macroscopic object is miniaturized, as with the miniaturization of transistors in semiconductor electronics. The physical properties of materials change as their size approaches the nanoscale, where the percentage of atoms at the surface of the material becomes significant. For bulk materials larger than one micrometre, the percentage of atoms at the surface is insignificant in relation to the number of atoms in the entire material. This sub-discipline has dealt primarily with artificial structures of metal or semiconducting material which have been fabricated by the techniques employed for producing microelectronic circuits.There is no rigid definition for mesoscopic physics, but the systems studied are normally in the range of 100 nm (the size of a typical virus) to 1 000 nm (the size of a typical bacterium). 100 nanometers is the approximate upper limit for a nanoparticle. Thus mesoscopic physics has a close connection to the fields of nanofabrication and nanotechnology. Devices used in nanotechnology are examples of mesoscopic systems. Three categories of new phenomena in such systems are interference effects, quantum confinement effects, and charging effects.".
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• Mesoscopic_physics wikiPageWikiLink Atom.
• Mesoscopic_physics wikiPageWikiLink Band_gap.
• Mesoscopic_physics wikiPageWikiLink Bandgap.
• Mesoscopic_physics wikiPageWikiLink Category:Condensed_matter_physics.
• Mesoscopic_physics wikiPageWikiLink Category:Mesoscopic_physics.
• Mesoscopic_physics wikiPageWikiLink Category:Quantum_mechanics.
• Mesoscopic_physics wikiPageWikiLink Classical_mechanics.
• Mesoscopic_physics wikiPageWikiLink Condensed_matter_physics.
• Mesoscopic_physics wikiPageWikiLink Conduction_band.
• Mesoscopic_physics wikiPageWikiLink Dielectric.
• Mesoscopic_physics wikiPageWikiLink Electrical_conductance.
• Mesoscopic_physics wikiPageWikiLink Electrical_resistance_and_conductance.
• Mesoscopic_physics wikiPageWikiLink Electron.
• Mesoscopic_physics wikiPageWikiLink Experiment.
• Mesoscopic_physics wikiPageWikiLink Insulator_(electrical).
• Mesoscopic_physics wikiPageWikiLink Insulator_(electricity).
• Mesoscopic_physics wikiPageWikiLink Macroscopic.
• Mesoscopic_physics wikiPageWikiLink Macroscopic_scale.
• Mesoscopic_physics wikiPageWikiLink Metal.
• Mesoscopic_physics wikiPageWikiLink Microelectronic.
• Mesoscopic_physics wikiPageWikiLink Microelectronics.
• Mesoscopic_physics wikiPageWikiLink Microscopy.
• Mesoscopic_physics wikiPageWikiLink Molecular_machine.
• Mesoscopic_physics wikiPageWikiLink Molecular_machines.
• Mesoscopic_physics wikiPageWikiLink Molecule.
• Mesoscopic_physics wikiPageWikiLink Nanocomposite.
• Mesoscopic_physics wikiPageWikiLink Nanofabrication.
• Mesoscopic_physics wikiPageWikiLink Nanolithography.
• Mesoscopic_physics wikiPageWikiLink Nanomaterials.
• Mesoscopic_physics wikiPageWikiLink Nanoparticle.
• Mesoscopic_physics wikiPageWikiLink Nanoscale.
• Mesoscopic_physics wikiPageWikiLink Nanoscopic_scale.
• Mesoscopic_physics wikiPageWikiLink Nanotechnology.
• Mesoscopic_physics wikiPageWikiLink Physics.
• Mesoscopic_physics wikiPageWikiLink Polymer_physics.
• Mesoscopic_physics wikiPageWikiLink Potential_well.
• Mesoscopic_physics wikiPageWikiLink Protein_dynamics.
• Mesoscopic_physics wikiPageWikiLink Quantization_(physics).
• Mesoscopic_physics wikiPageWikiLink Quantum_confinement.
• Mesoscopic_physics wikiPageWikiLink Quantum_dot.
• Mesoscopic_physics wikiPageWikiLink Quantum_dots.
• Mesoscopic_physics wikiPageWikiLink Quantum_mechanics.
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• Mesoscopic_physics wikiPageWikiLink Superconductivity.
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• Mesoscopic_physics wikiPageWikiLink Theoretical.
• Mesoscopic_physics wikiPageWikiLink Theory.
• Mesoscopic_physics wikiPageWikiLink Transistor.
• Mesoscopic_physics wikiPageWikiLink Universal_conductance_fluctuations.
• Mesoscopic_physics wikiPageWikiLink Valence_and_conduction_bands.
• Mesoscopic_physics wikiPageWikiLink Valence_band.
• Mesoscopic_physics wikiPageWikiLink Virus.
• Mesoscopic_physics wikiPageWikiLink Wave_function.
• Mesoscopic_physics wikiPageWikiLink Wavelength.
• Mesoscopic_physics wikiPageWikiLinkText "Mesoscale".
• Mesoscopic_physics wikiPageWikiLinkText "Mesoscopic physics".
• Mesoscopic_physics wikiPageWikiLinkText "Mesoscopic physics#Quantum confinement effects".
• Mesoscopic_physics wikiPageWikiLinkText "mesoscopic devices".
• Mesoscopic_physics wikiPageWikiLinkText "mesoscopic physics".
• Mesoscopic_physics wikiPageWikiLinkText "mesoscopic systems".
• Mesoscopic_physics wikiPageWikiLinkText "mesoscopic".
• Mesoscopic_physics wikiPageWikiLinkText "quantum size effect".
• Mesoscopic_physics hasPhotoCollection Mesoscopic_physics.
• Mesoscopic_physics wikiPageUsesTemplate Template:Cite_press_release.
• Mesoscopic_physics wikiPageUsesTemplate Template:Condensed_matter_physics.
• Mesoscopic_physics subject Category:Condensed_matter_physics.
• Mesoscopic_physics subject Category:Mesoscopic_physics.
• Mesoscopic_physics subject Category:Quantum_mechanics.
• Mesoscopic_physics type Mechanic.
• Mesoscopic_physics type Physic.
• Mesoscopic_physics type Concept.
• Mesoscopic_physics comment "Mesoscopic physics is a sub-discipline of condensed matter physics which deals with materials of an intermediate length scale. The scale of such materials can be described as being between the size of a quantity of atoms (such as a molecule) and of materials measuring micrometres. The lower limit can also be defined as being the size of individual atoms. At the micrometre level are bulk materials. Both mesoscopic and macroscopic objects contain a large number of atoms.".
• Mesoscopic_physics label "Mesoscopic physics".
• Mesoscopic_physics sameAs Mezoskopik_fizika.
• Mesoscopic_physics sameAs Nivel_mesoscópico.
• Mesoscopic_physics sameAs Mesoskooppinen_fysiikka.
• Mesoscopic_physics sameAs Physique_mésoscopique.
• Mesoscopic_physics sameAs メゾスコピック領域.
• Mesoscopic_physics sameAs m.056fgn.
• Mesoscopic_physics sameAs Мезоскопическая_физика.
• Mesoscopic_physics sameAs இடைநிலைத்_துகள்சார்_இயற்பியல்.
• Mesoscopic_physics sameAs Мезоскопічна_фізика.
• Mesoscopic_physics sameAs Q2622244.
• Mesoscopic_physics sameAs Q2622244.
• Mesoscopic_physics sameAs 介观物理学.
• Mesoscopic_physics wasDerivedFrom Mesoscopic_physics?oldid=680632357.

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