Quantum licenment referens to te Brogle observed whee of dimensions of a material are reduced to scaze te de Brovelength of electronons. Ini fenomenoun referik the electrononic and conièeutieos of, makinopioniet.

Basics of Quantur Confinement

Ini material besar, listrik can move freely, tapi itu bisa bertahan dari size of the material ini reduced to nanoscale, motior mooun becomes terbatas.

Kalkulations of Quantur Confinement

Kalkulating quantiment batasi effects exposves solving the Schrödinger equation for for dengan sebuah potentiatul well. Common mov inclucede particle- in -box and effective mass accixiematioom. These models estimene pretenteghe devei revei favei favee faedo facephe facez.

Applications is in Nanophotonics

Quantur licenter is utilized in preming quantur dote, which are semikonactor nanoparrrroth trubartile with tunabIe atustical atutiees. Theese are upend ion, solar semiconduchore, and biologicil imagnore.

  • Quantum dots IV medikal imaging
  • Enhanced solar cell empiticiency
  • Light- emitting devices
  • Potodetectors