Quantum Computing ETFs: What They Actually Hold
What quantum computing ETFs actually hold, how funds such as the Defiance Quantum ETF are built, and the risks of investing in an early-stage sector.
IBM, Google, IonQ, D-Wave and the rest of the field — company roadmaps, hardware costs, stocks, degrees and quantum computing jobs.
33 articlesWhat quantum computing ETFs actually hold, how funds such as the Defiance Quantum ETF are built, and the risks of investing in an early-stage sector.
Quantum computing job roles, from software engineers and algorithm researchers to cryogenic and microwave engineers, with the skills each role needs.
Microsoft’s quantum strategy: Azure Quantum, the bet on topological qubits, the roadmap to a fault-tolerant machine and the Photonic partnership.
China’s programs in quantum communication, sensing and computing, the state-led funding model, and the technology race with the United States.
How D-Wave’s quantum annealers work, what the Advantage2 system and spin-glass results showed, and which optimization problems they are used for.
Twelve quantum computing books compared, from picture books and Quantum Computing for Dummies to Nielsen and Chuang, with notes on who each suits.
Which Bitcoin address types expose public keys, how Shor’s algorithm could forge signatures, how realistic the threat is, and how to protect coins.
An overview of quantum computing startups: what they build in hardware and software, how they are funded, and how quantum computing as a service works.
A guide to YouTube channels and talks that explain quantum computing, from qubits and logic gates to Shor’s and Grover’s algorithms and hardware.