Unlock the Future with Quantum Computing

Quantum Computing is advancing at tremendous speed. Hereby, developing a successful ecosystem as supported by building IBM’s first quantum data center in Europe, based in Ehningen is of crucial importance. 

The quantum systems continue to scale in size and quality and the implementation of recent error mitigation approaches start to enable interesting computational regimes in which quantum computers run circuits beyond the reach of brute-force classical simulations called the era of quantum utility. This fuels the advancement of science in the domains where we hope quantum computing will make a business impact — like chemistry, materials science, optimization, in which the only alternatives are carefully crafted, problem-specific, classical approximation methods. Hereby the integration of quantum with classical resources and massively parallel computing becomes critical to unlock the full potential of both technologies in a way that exceeds the capabilities of either one alone. Our expanded IBM Quantum roadmap lays out how the technological improvements therein open up new opportunities not only for large-scale applications utilizing error-mitigation, but also pave the way toward future error corrected systems within the next decade.