The biggest misconception in the market about "quantum computing": it's still "too early"

The Future "Mass Production Dark Horse"—Silicon Spin: This is the direction Intel is currently pursuing. Although its performance is currently mediocre, it can be manufactured using existing semiconductor factories, and once a breakthrough is achieved, it will be the easiest to mass-produce.

Winning by Quantity—Neutral Atoms: It has a natural advantage in the number of stacked qubits. Barclays concluded: "Our tests show that ion traps are currently in the lead… but the scalability of silicon spin deserves long-term attention." [Image of a GIF image] Misconception Four: Passwords About to Be Cracked? Barclays poured cold water on the panic that "quantum computers will crack bank passwords tomorrow": "You're overthinking it; the computing power isn't enough yet." To crack current RSA encryption, thousands of perfect logical qubits would be needed, while the most advanced devices available to humanity currently only have a few dozen. Barclays bluntly states: "Quantum computers are not powerful enough...not yet at the point where modern encryption standards are threatened." Misconception Five: Quantum-themed investments are "only available in two or three companies." The market often believes that investment targets in this field are scarce, limited to a few well-known companies. However, Barclays has analyzed the entire industry chain, identifying 45 publicly listed companies and over 80 private enterprises. The main areas of focus are: 1) Quantum processors (system sales or QCaaS cloud access) 2) Quantum supply chain (cryotherapy, laser/optics, control electronics, materials, etc.) 3) Quantum chip design and manufacturing (overlapping with traditional semiconductor manufacturing) 4) Ecosystem enablers (cloud, data center infrastructure, quantum simulators, quantum-classical integration: GPU/CPU/servers, etc.) The report's framework leans more towards "risk pricing": in the short term, "higher revenue exposure" often corresponds to "higher technological risk." It roughly categorizes technological risk into high (single route), medium (few routes), and low (route-independent) based on whether the business model is tied to a single path. This also explains why the quantum narrative easily "focuses only on pure quantum hardware stocks": their revenue exposure is the most direct, but the path uncertainty is also the greatest; while the supply chain, semiconductor equipment and EDA, cloud and data centers, and hybrid integration links may be better able to transmit the "quantum progress → capital expenditure and supporting needs" transmission.