1、Decoding Quantum Computing|1Decoding Quantum ComputingTrends,Players&Opportunities2|Decoding Quantum ComputingDecoding Quantum Computing|3Contents1.Executive Summary 42.Introduction 5 The Journey of Quantum Computing:Tracing the Evolution 63.Key Components of the Quantum Technology Ecosystem 74.Quan
2、tum Technology Ecosystem:Software Stack and Supply Chain 9 Quantum Software Stack 9 Quantum Hardware Supply Chain 105.Technological Advancements in Quantum Computing 12 Quantum Computings Present Momentum:Mapping This Years Critical Breakthroughs 13 Quantum Computing and Cybersecurity 176.Expanding
3、Horizons:Applications of Quantum Computing 187.Global Quantum Computing Market Size and Growth 19 Mapping the Global Quantum Industry Players 21 Key Quantum Players in India 26 Global Patents in Quantum Ecosystem 27 Patents in Quantum Computing:India 378.Future Outlook 539.Appendix 554|Decoding Quan
4、tum ComputingExecutive SummaryQuantum computing stands at a transformative inflection point,leveraging quantum mechanical principles to solve problems fundamentally intractable for classical systems.Recent years have witnessed remarkable technological acceleration across the quantum ecosystem,with s
5、ignificant advancements in hardware capabilities,software frameworks,and industry applications.The quantum hardware landscape has evolved substantially,with leading platforms achieving notable milestones:superconducting qubits now demonstrate coherence times of 100-200s,trapped ions reach 10+seconds
6、,and neutral atom approaches attain 2ms coherence periods.Gate fidelities consistently exceed 99.9%,while qubit counts have expanded from dozens to over 1,000 in select architectures.This progression has been complemented by innovations in quantum error correction,cryogenic systems and hardware-spec
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