Problem ID Title Solved Submit Pass Rate
305269CF1001A. Generate plus state or minus state000.000%
305270CF1001B. Generate Bell state000.000%
305271CF1001C. Generate GHZ state000.000%
305272CF1001D. Distinguish plus state and minus state000.000%
305273CF1001E. Distinguish Bell states000.000%
305274CF1001F. Distinguish multi-qubit basis states000.000%
305275CF1001G. Oracle for f(x) = k-th element of x000.000%
305276CF1001H. Oracle for f(x) = parity of the number of 1s in x000.000%
305277CF1001I. Deutsch-Jozsa algorithm000.000%
305278CF1002A1. Generate superposition of all basis states000.000%
305279CF1002A2. Generate superposition of zero state and a basis state000.000%
305280CF1002A3. Generate superposition of two basis states000.000%
305281CF1002A4. Generate W state000.000%
305282CF1002B1. Distinguish zero state and W state000.000%
305283CF1002B2. Distinguish GHZ state and W state000.000%
305284CF1002B3. Distinguish four 2-qubit states000.000%
305285CF1002B4. Distinguish four 2-qubit states - 2000.000%
305286CF1002C1. Distinguish zero state and plus state with minimum error000.000%
305287CF1002C2. Distinguish zero state and plus state without errors000.000%
305288CF1002D1. Oracle for f(x) = b * x mod 2000.000%
305289CF1002D2. Oracle for f(x) = b * x + (1 - b) * (1 - x) mod 2000.000%
305290CF1002D3. Oracle for majority function000.000%
305291CF1002E1. Bernstein-Vazirani algorithm000.000%
305292CF1002E2. Another array reconstruction algorithm000.000%
305948CF1115G1. AND oracle000.000%
305949CF1115G2. OR oracle000.000%
305950CF1115G3. Palindrome checker oracle000.000%
305951CF1115U1. Anti-diagonal unitary000.000%
305952CF1115U2. Chessboard unitary000.000%
305953CF1115U3. Block unitary000.000%
305954CF1116A1. Generate state |00⟩ + |01⟩ + |10⟩000.000%
305955CF1116A2. Generate equal superposition of four basis states000.000%
305956CF1116B1. Distinguish three-qubit states000.000%
305957CF1116B2. Not A, not B or not C?000.000%
305958CF1116C1. Alternating bits oracle000.000%
305959CF1116C2. "Is the bit string periodic?" oracle000.000%
305960CF1116C3. "Is the number of ones divisible by 3?" oracle000.000%
305961CF1116D1. Block diagonal matrix000.000%
305962CF1116D2. Pattern of increasing blocks000.000%
305963CF1116D3. X-wing fighter000.000%
305964CF1116D4. TIE fighter000.000%
305965CF1116D5. Creeper000.000%
305966CF1116D6. Hessenberg matrix000.000%
307426CF1356A1. Distinguish I from X000.000%
307427CF1356A2. Distinguish I from Z000.000%
307428CF1356A3. Distinguish Z from S000.000%
307429CF1356A4. Distinguish I ⊗ X from CNOT000.000%
307430CF1356A5. Distinguish Z from -Z000.000%
307431CF1356B1. Increment000.000%
307432CF1356B2. Decrement000.000%
307433CF1356C. Prepare state |01⟩ + |10⟩ + |11⟩000.000%
307434CF1356D1. Quantum Classification - 1000.000%
307435CF1356D2. Quantum Classification - 2000.000%
307436CF1357A1. Figure out direction of CNOT000.000%
307437CF1357A2. Distinguish I, CNOTs and SWAP000.000%
307438CF1357A3. Distinguish H from X000.000%
307439CF1357A4. Distinguish Rz from R1000.000%
307440CF1357A5. Distinguish Rz(θ) from Ry(θ)000.000%
307441CF1357A6. Distinguish four Pauli gates000.000%
307442CF1357A7. Distinguish Y, XZ, -Y and -XZ000.000%
307443CF1357B1. "Is the bit string balanced?" oracle000.000%
307444CF1357B2. "Is the number divisible by 3?" oracle000.000%
307445CF1357C1. Prepare superposition of basis states with 0s000.000%
307446CF1357C2. Prepare superposition of basis states with the same parity000.000%
307447CF1357D1. Quantum Classification - Dataset 3000.000%
307448CF1357D2. Quantum Classification - Dataset 4000.000%
307449CF1357D3. Quantum Classification - Dataset 5000.000%
307450CF1357D4. Quantum Classification - Dataset 6000.000%
307451CF1357D5. Quantum Classification - Dataset 7000.000%
307452CF1357E1. Power of quantum Fourier transform000.000%
307453CF1357E2. Root of quantum Fourier transform000.000%
404657GYM101605 D Microsoft Body Exchange000.000%