Quantum Computing: Europe's Path from Fundamental Research to Industrial Leadership
summary
Europe pursues industrial quantum computing by turning lab photonics and neutral‑atom experiments into rackable machines: a laser‑tweezer register that runs at room temperature with very low power, demonstrated 99.5% gate fidelity on eight parallel pairs and a 1,200-atom continuously operated array in labs, two commercial projects targeting a 100-qubit DLR system and a 1,000‑qubit integration with an HPC center, a startup of ~80 staff, cloud and on‑prem product plans.
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chapters (11)
- 0:00Quantum computing in Europe
- 1:24First to second quantum revolution
- 2:49Quantum simulators advantages
- 6:19Universal quantum computers with neutral atoms
- 9:04Quantum computing with neutral atoms
- 11:09Plank and Munich Quantum Valley
- 12:52Plank's business model and use cases
- 14:38Hardware projects with DLR and LRZ
- 15:42Quantum computer's physics package
- 16:45Requirements for best quantum computer
- 18:49Europe's quantum tech position
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