Quantum Computing & the Quantum Internet
summary
Claim: quantum hardware improves at a double‑exponential pace, with 72‑qubit Google machine and IBM systems above 50 qubits today and studies projecting ~300 qubits within years (two‑to‑the‑300 state space). Practical networking uses entanglement plus teleportation: demos include a 2016 Calgary 6 km fiber teleport, a 2017 satellite link over 1,400 km, and a 2020 quantum‑repeater demonstration from Lukin’s lab that shows repeaters can work. Quantum chess on Steam (Chris Candwell) visualizes superposition and entanglement.
AI-written summary · about
chapters (12)
- 0:00Start
- 5:39The Double Split Experiment
- 13:07Superposition
- 13:55Entanglement
- 14:31Dirac Notation
- 15:54How Does a Quantum Computer Create an Entangled State
- 18:07C Naught Gate Operating on both Qubits
- 19:06The Quantum Internet
- 19:49How Will the Quantum Internet Work
- 24:08How Math Works in Quantum Computing
- 28:35Quantum Teleportation
- 40:19The Magic Square Game
related talks
41mQuantum Computing: The next new technology in computing
42mHello, Quantum World!
24mQuantum Hardware: Computing, Communications & Sensors
28mQuantum Computing: The next new technology in computing
28mThe future of computing with Quantum Computing
16mQuantum Computing - The State of Play
26mAdvancing Towards Quantum Advantage
42mQuantum Computing Demystified