Section: Universal set of gates | Quantum Information | DL 1

DL 1

Section outline

- Select activity Universal set of gates
  
  Universal set of gates File
- Select activity Lecture notes implicitly invite the following task...
  
  Lecture notes implicitly invite the following tasks:
  
  Verify the function of the circuit ABC for the one-qubit controlled operator
  
  Verify the equivalence of two distinct ways of multiplication by e^{i\alpha}
  
  Verify the function of two-controlled operator
  
  Verify the equivalence of the two-controlled gate and the one-controlled gate with the CNOT
  
  Verify the ``control by zero'' with help of two X-gates
  
  Try all square roots of negation
  
  (You can also try other functions applied to an operator. For instance, what e^{i A}, where A is a normal operator looks like?)
  
  Verify the function of the two-level operator U and its equivalence with the uncontrolled operator M
  
  Make sure you understand the transformation of the complicated two-level operator to the simple one
  
  Make sure you understand the ``unitary Gaussian elimination''.
- Select activity Discussion
  
  Discussion Forum