Torrent Info
Title [ CourseWikia.com ] Linkedin - Quantum Computing Fundamentals (2023)
Category
Size 1.31GB

Files List
Please note that this page does not hosts or makes available any of the listed filenames. You cannot download any of those files from here.
01 - Access IBM quantum computers.mp4 11.18MB
01 - Access IBM quantum computers.srt 8.83KB
01 - Classical bits vs. quantum bits.mp4 51.89MB
01 - Classical bits vs. quantum bits.srt 10.42KB
01 - Controlled-NOT (CNOT) gate.mp4 16.07MB
01 - Controlled-NOT (CNOT) gate.srt 5.19KB
01 - Hadamard gate.mp4 30.81MB
01 - Hadamard gate.srt 8.44KB
01 - Learn quantum computing.mp4 20.97MB
01 - Learn quantum computing.srt 2.19KB
01 - Overview of matrix operations.mp4 22.43MB
01 - Overview of matrix operations.srt 8.19KB
01 - Represent multiple qubits.mp4 26.26MB
01 - Represent multiple qubits.srt 8.29KB
01 - Superdense coding.mp4 40.85MB
01 - Superdense coding.srt 8.94KB
01 - What is quantum entanglement.mp4 68.90MB
01 - What is quantum entanglement.srt 12.04KB
01 - Your next quantum steps.mp4 8.59MB
01 - Your next quantum steps.srt 2.49KB
02 - Controlled-NOT (CNOT) gate with Qiskit.mp4 8.59MB
02 - Controlled-NOT (CNOT) gate with Qiskit.srt 5.05KB
02 - Hadamard gate with Qiskit.mp4 8.78MB
02 - Hadamard gate with Qiskit.srt 4.90KB
02 - Measuring a qubit.mp4 33.90MB
02 - Measuring a qubit.srt 5.68KB
02 - Quantum logic gates.mp4 31.41MB
02 - Quantum logic gates.srt 10.10KB
02 - Represent entangled qubits.mp4 19.88MB
02 - Represent entangled qubits.srt 3.94KB
02 - Represent multiple qubits with Qiskit.mp4 9.37MB
02 - Represent multiple qubits with Qiskit.srt 6.37KB
02 - Superdense coding with Qiskit.mp4 6.81MB
02 - Superdense coding with Qiskit.srt 5.31KB
02 - Use Qiskit with real quantum hardware.mp4 19.68MB
02 - Use Qiskit with real quantum hardware.srt 12.34KB
02 - What you should know.mp4 27.18MB
02 - What you should know.srt 6.46KB
03 - How much information is in a qubit.mp4 16.78MB
03 - How much information is in a qubit.srt 3.63KB
03 - Measure a qubit with Qiskit.mp4 18.52MB
03 - Measure a qubit with Qiskit.srt 15.32KB
03 - Measurement on an arbitrary basis.mp4 35.76MB
03 - Measurement on an arbitrary basis.srt 11.36KB
03 - Mitigate quantum measurement errors.mp4 18.99MB
03 - Mitigate quantum measurement errors.srt 4.89KB
03 - Pauli-X gate.mp4 28.89MB
03 - Pauli-X gate.srt 9.00KB
03 - Qiskit and GitHub Codespaces.mp4 15.07MB
03 - Qiskit and GitHub Codespaces.srt 4.91KB
03 - Quantum teleportation.mp4 47.89MB
03 - Quantum teleportation.srt 10.95KB
03 - Simulate a bell state with Qiskit.mp4 8.42MB
03 - Simulate a bell state with Qiskit.srt 5.38KB
03 - Toffoli gate.mp4 13.63MB
03 - Toffoli gate.srt 4.23KB
04 - Challenge Entangle three qubits.mp4 5.73MB
04 - Challenge Entangle three qubits.srt 1.78KB
04 - Overview of vectors.mp4 59.71MB
04 - Overview of vectors.srt 22.57KB
04 - Pauli-X gate with Qiskit.mp4 11.68MB
04 - Pauli-X gate with Qiskit.srt 7.37KB
04 - Phase shift gates.mp4 30.56MB
04 - Phase shift gates.srt 7.82KB
04 - Quantum teleportation with Qiskit.mp4 18.57MB
04 - Quantum teleportation with Qiskit.srt 11.32KB
04 - Toffoli gate with Qiskit.mp4 6.63MB
04 - Toffoli gate with Qiskit.srt 3.95KB
04 - Why quantum computing.mp4 66.13MB
04 - Why quantum computing.srt 12.09KB
05 - Challenge Real quantum teleportation.mp4 6.97MB
05 - Challenge Real quantum teleportation.srt 2.10KB
05 - Overview of complex numbers.mp4 46.16MB
05 - Overview of complex numbers.srt 18.10KB
05 - Pauli-Y gate.mp4 38.62MB
05 - Pauli-Y gate.srt 11.38KB
05 - Phase shift gates with Qiskit.mp4 4.72MB
05 - Phase shift gates with Qiskit.srt 2.93KB
05 - Solution Entangle three qubits.mp4 9.18MB
05 - Solution Entangle three qubits.srt 5.66KB
05 - Swap and Fredkin gates.mp4 13.65MB
05 - Swap and Fredkin gates.srt 4.32KB
06 - Parameterized rotation gates.mp4 21.13MB
06 - Parameterized rotation gates.srt 6.13KB
06 - Pauli-Y gate with Qiskit.mp4 7.11MB
06 - Pauli-Y gate with Qiskit.srt 4.49KB
06 - Represent qubits as vectors.mp4 48.81MB
06 - Represent qubits as vectors.srt 19.10KB
06 - Solution Real quantum teleportation.mp4 10.05MB
06 - Solution Real quantum teleportation.srt 6.62KB
06 - Swap and Fredkin gates with Qiskit.mp4 7.06MB
06 - Swap and Fredkin gates with Qiskit.srt 3.41KB
07 - Challenge Classical two-bit adder.mp4 9.04MB
07 - Challenge Classical two-bit adder.srt 4.06KB
07 - Parameterized rotation gates with Qiskit.mp4 8.01MB
07 - Parameterized rotation gates with Qiskit.srt 4.84KB
07 - Pauli-Z gate.mp4 27.02MB
07 - Pauli-Z gate.srt 6.44KB
07 - Represent qubits on the Bloch sphere.mp4 39.85MB
07 - Represent qubits on the Bloch sphere.srt 11.81KB
08 - Pauli-Z gate with Qiskit.mp4 5.80MB
08 - Pauli-Z gate with Qiskit.srt 3.30KB
08 - Single-qubit gates on multi-qubit states.mp4 17.78MB
08 - Single-qubit gates on multi-qubit states.srt 8.31KB
08 - Solution Classical two-bit adder.mp4 4.97MB
08 - Solution Classical two-bit adder.srt 3.88KB
08 - State vectors and Bloch spheres with Qiskit.mp4 10.73MB
08 - State vectors and Bloch spheres with Qiskit.srt 7.51KB
09 - Build a model Bloch sphere.mp4 61.12MB
09 - Build a model Bloch sphere.srt 13.85KB
09 - Challenge Binary numbers.mp4 6.99MB
09 - Challenge Binary numbers.srt 2.82KB
09 - Challenge Random numbers.mp4 10.53MB
09 - Challenge Random numbers.srt 3.17KB
10 - Global and relative phase.mp4 36.21MB
10 - Global and relative phase.srt 12.11KB
10 - Solution Binary numbers.mp4 4.85MB
10 - Solution Binary numbers.srt 3.18KB
10 - Solution Random numbers.mp4 4.28MB
10 - Solution Random numbers.srt 3.50KB
11 - Challenge Create a quantum circuit.mp4 8.67MB
11 - Challenge Create a quantum circuit.srt 2.47KB
12 - Solution Create a quantum circuit.mp4 6.34MB
12 - Solution Create a quantum circuit.srt 4.43KB
Bonus Resources.txt 386B
Get Bonus Downloads Here.url 181B
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