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In 1998, quantum computing transitioned from theoretical mathematics to physical reality through the use of Nuclear Magnetic Resonance technology. Researchers Isaac Chuang, Neil Gershenfeld, and Mark Kubinec demonstrated the first working qubits by leveraging the nuclear spins of atoms within chloroform molecules.

Looking back from 2026, we trace the origins of the commercial quantum industry to D-Wave's controversial 19-year-old demonstration of the Orion system. It was the moment the theoretical became tangible, changing the trajectory of high-performance computing forever.

In 2012, David Wineland and Serge Haroche were awarded the Nobel Prize for mastering the 'impossible' task of observing quantum particles without destroying them. Their work laid the essential groundwork for the scalable quantum processors we operate today in 2026.

Seven years after Google’s Sycamore processor first claimed quantum supremacy, we examine how that controversial milestone paved the way for the fault-tolerant era of 2026. This retrospective explores the technical leap that transformed quantum theory into an engineering reality.