analiza aiqbench

This paper reframes the feasibility of fault-tolerant quantum computing by linking objective probability to tangible resource costs like energy and time, challenging decades-old assumptions about error correction thresholds. By identifying specific measurable metrics such as watts per decade of suppressed logical errors, it proposes a path toward empirically testing these theoretical limits using current hardware. This work shifts the discourse from abstract noise models to concrete physical constraints on quantum state realization.