Quantum computing moves from theory to practice as stability increases, error rates fall, and costs decrease. With the threat of Y2Q looming, organizations around the world must ensure quantum security by as early as 2028. Ascertain how increased qubit counts improved coherence, and quantum annealing can advance the maturity of quantum computing. Discover how different architectures such as trapped ion, photonic systems, and superconducting qubits compete for dominance in this early-stage market.
While many believe quantum computing is years away, some companies have already achieved gains from complex optimization, drug discovery, financial modeling, fraud detection, material science, personalized medicine, supply chain optimization, and weather forecasting. Quantum computing will revolutionize industries and change future business models. Organizations harnessing the power of quantum computing will quickly determine when to use classical computing and when to apply quantum computing in complex
