Linked from

The 11 pages that link to Quantum confinement, each with the reason it gives.

• NanotechnologyRelated: Confinement can change a nanomaterial’s optical and electronic properties as its size changes.

• Quantum dotRelated: Confinement in all three dimensions gives quantum dots size-dependent energy levels.

• Quantum wellNarrower topic: Confinement across the well is the broader effect behind its discrete energy levels.

• NanoparticleRelated: In some nanoparticles, confinement changes optical and electronic properties as particle size changes.

• Particle in a boxNarrower topic: The box is the simplest setting for seeing confinement produce discrete energies.

• Lead(II) sulfideRelated: It makes the bandgap of PbS nanocrystals tunable by particle size.

• NanostructuresRelated: It can make a nanostructure's electronic and optical behavior size-dependent.

• Mesoscopic physicsNarrower topic: Finite device dimensions can turn continuous electronic bands into distinct transport channels.

• Two-dimensional system (physics)Related: Confining carriers perpendicular to a plane produces effectively two-dimensional electronic states.

• Advanced materialsRelated: It can change optical and electronic properties in nanoscale materials.

• NanoscienceRelated: Confinement makes some nanocrystals emit size-tunable colors unlike the same material in bulk.