The Quantum Computing Future
summary
Companies report 1,200 neutral-atom qubits kept operational for over an hour and a two-qubit gate fidelity record, while superconducting systems run tens to a few hundred physical qubits on chips cooled to millikelvin temperatures. Error correction currently demands hundreds to thousands of physical qubits per logical qubit, and estimates for Shor-scale breakage climb into the tens of thousands. Deliverables today are cloud and on-prem access, a free IQM Academy coding platform, and proof-of-concept wins in material simulation, battery design, climate models and train-scheduling optimization.
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chapters (18)
- 0:00Quantum computing intro
- 3:09Panel overview
- 5:17Quantum computing defined
- 7:25Hardware approaches
- 9:53Quantum supremacy limits
- 10:57Neutral atom computing
- 14:46Quantum milestones
- 16:12Quantum gates and errors
- 19:00Use cases
- 22:34Quantum data centers
- 24:40Quantum coding platforms
- 25:22Real-world projects
- 27:54Industry impact
- 29:17Q&A business cases
- 29:38Train scheduling
- 31:23Developer experience
- 32:47Future tech
- 33:51Closing vision
