Topological Qubits Microsoft invested heavily in this approach, aiming for inherent error resistance. Peter Shor introduced his factoring algorithm in 1994, proving that a quantum computer could break widely used encryption standards, which sent shockwaves through the cybersecurity world.
The 2010s Quantum Supremacy and the Race for Practical Quantum Computers
The Modern Era and "Quantum Supremacy" The 2010s marked the arrival of noisy intermediate-scale quantum (NISQ) devices. This era demonstrated that quantum machines were not just alternative computers, but potentially revolutionary tools for specific tasks.
Trapped Ions Companies like IonQ emerged, focusing on the stability of individual atoms. This insight framed the core purpose of the technology: to model nature accurately rather than to simply crunch numbers faster.
The 2010s Quantum Supremacy and the Race for NISQ Devices
While the foundational theories emerged in the early 1980s, the field has since blossomed into a global race for hardware capable of solving problems beyond the reach of classical machines. Approach Key Milestone Superconducting Qubits Google and NASA began working with D-Wave systems in the early 2010s.
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