Nanoelectronics Mastery Quiz – Hard Level

A demanding set of six multiple‑choice items probing cutting‑edge concepts in nano‑scale electronic engineering.

quantum devicesnanoelectronicsnanowire circuitsfabrication techniques2D materialsspintronicsmolecular transistors
Difficulty:HARD

Quiz Details

Questions6
CategoryNanotechnology
DifficultyHARD
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Quiz Questions

Answer all questions below and test your knowledge.

  1. 1

    Which phenomenon enables electrons to cross a potential barrier thinner than 5 nm in a MOSFET channel at low temperature?

    Question 1
  2. 2

    In a graphene nanoribbon field‑effect transistor, what primarily determines the bandgap magnitude?

    Question 2
  3. 3

    Which material is currently the most promising for achieving sub‑10 nm gate dielectrics with high κ value?

    Question 3
  4. 4

    What is the principal advantage of using a single‑electron transistor for low‑power logic?

    Question 4
  5. 5

    Spin‑orbit coupling in a topological insulator surface state leads to which effect in nanoelectronic interconnects?

    Question 5
  6. 6

    When scaling a nanowire FET to a diameter of 2 nm, which issue becomes most critical for device variability?

    Question 6

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