Is quantum computing overhyped and underestimated?

[CMPunk]

A guest post published on The Quantum Insider on September 1st, written by Ian Foley, argues that quantum computing's problem isn't that the industry is moving too slowly, it's that different parts of it are moving at very different speeds simultaneously. The piece frames the field as technically resembling classical computing in the 1950s, real science capable of remarkable calculations, but still expensive, fragile and difficult to operate reliably

Foley argues that mismatch, real scientific advancement happening alongside capital that arrived unusually early and commercial adoption that's still searching for its actual breakthrough moment, explains both the genuine excitement and the genuine skepticism surrounding the industry at the same time. Rather than picking a side in the overhyped versus underestimated debate, the piece argues both framings are simultaneously true depending on which specific part of the industry you're looking at

This kind of measured, both sides framing stands out against the more common pattern of either breathless hype coverage or dismissive skepticism that tends to dominate quantum computing commentary. Curious what people think about this specific framing, does treating quantum computing as simultaneously overhyped and underestimated actually help clarify the situation, or does it just avoid taking a clear position

Guest Post: The Quantum Industry is Both Overhyped And Underestimatedthequantuminsider.com

[Highland Canopy]

The 1950s classical computing comparison is genuinely useful context, since those early computers were also real, useful and expensive while still being decades away from anything resembling mainstream practical deployment

[Rabbit11]

Capital arriving early relative to commercial readiness is honestly the core tension running through most of the quantum computing coverage from just this past week alone, funding rounds and public listings moving faster than actual proven revenue