This report, "Quantum Technology Market by Computing, Communications, Imaging, Security, Sensing, Modeling and Simulation 2025-2035," by Mind Commerce, offers a comprehensive analysis of the burgeoning quantum technology sector. It presents a detailed examination and forecasts for the market from 2025 through 2035, projecting the collective market to reach $99.34 billion by 2035.
The study delves into the core branches of quantum technology, including:
Quantum Computing
Quantum Cryptography and Communications
Quantum Sensing and Imaging
Quantum Dots Particles
Quantum Cascade Lasers
Quantum Magnetometers
The report provides an in-depth analysis of the entire quantum ecosystem, assessing the technology framework, value chain, market drivers, and challenges. It also features a thorough review of the competitive and patent landscapes, alongside profiles of key industry players, from established corporations like IBM, Google, and Microsoft to numerous start-up companies.
Forecasts are segmented globally and regionally, with further breakdowns by technology, application, and industry verticals. A specific deep-dive analysis of the South Korean market is also included, highlighting its strategic initiatives and growth outlook.
Target Audience
This report is designed for strategic decision-makers, technology experts, and investment professionals who need to understand the commercial landscape and future trajectory of quantum technologies. The ideal reader would include:
Corporate Leaders (CEOs, CTOs, VPs of Strategy): In sectors such as telecommunications, defense, aerospace, healthcare, finance, automotive, and manufacturing, who are responsible for long-term technology roadmaps and assessing disruptive threats and opportunities.
R&D Directors and Product Managers: Who are tasked with developing next-generation products and need to understand the capabilities and commercial readiness of various quantum technologies.
Investment Analysts and Venture Capitalists: Who are evaluating investment opportunities in emerging technology sectors and require detailed market sizing, forecasts, and competitive intelligence to identify promising companies and segments.
Government and Defense Officials: In agencies focused on national security, intelligence, and scientific advancement, who need to comprehend the strategic implications of quantum supremacy, particularly in cryptography and sensing.
Semiconductor and Hardware Companies: Who are part of the quantum supply chain and need to align their product development with the demands of quantum computing and sensing hardware.
Quantum technology represents a fundamental shift in how we process information and secure communications, making it critically important for professionals and investors in the ICT industry. Unlike classical computing, which relies on bits representing either 0 or 1, quantum technology uses qubits that can exist in multiple states simultaneously.
This capability unlocks unprecedented computational power, enabling the solution of complex problems currently intractable for even the most powerful supercomputers. For the ICT industry, this translates into transformative advancements in areas like drug discovery, materials science, financial modeling, and artificial intelligence, creating entirely new markets and disrupting existing ones.
Furthermore, quantum technology is set to redefine cybersecurity. The immense power of quantum computers will render much of today's encryption obsolete, posing a significant threat to secure communications and data integrity across the global ICT infrastructure. Conversely, quantum cryptography offers a new paradigm of security, with systems like Quantum Key Distribution (QKD) promising virtually unhackable communication channels.
For professionals and investors, understanding this dual-edged disruption is not just advantageous; it is essential for strategic survival and growth. This report is a vital tool in that endeavor because it moves beyond theoretical concepts to provide a detailed, data-driven roadmap of the commercial landscape.
It offers granular market forecasts through 2035, identifying which segments (from quantum computing to sensing and security) are poised for the most significant growth. By analyzing the competitive ecosystem, patent landscape, and key players, the report equips decision-makers with the intelligence needed to navigate risks, identify high-potential investment opportunities, and formulate strategies to harness the quantum revolution rather than be overtaken by it. In essence, the report provides the critical business insights necessary to capitalize on one of the most profound technological shifts of our time.
Table of Contents
1.0. Executive Summary
2.0. Introduction
2.1. Understanding Quantum Technology
2.1.1. Quantum Technology Framework
2.1.2. Quantum Supremacy
2.2. Quantum Technology Branches
2.2.1. Quantum Computing
2.2.2. Quantum Cryptography Communication
2.2.3. Quantum Sensing and Imaging
2.2.4. Quantum Dots Particles
2.2.5. Quantum Cascade Laser
2.2.6. Quantum Magnetometer
2.2.7. Quantum Key Distribution
2.3. Quantum Technology Science
2.3.1. Quantum Bit
2.3.2. Quantum Simulation
2.3.3. Quantum Cryptography
2.3.4. Quantum Optics
2.3.5. Quantum Teleportation
2.3.6. Quantum Information Processing
2.3.7. Quantum Error Correction
2.3.8. Quantum Metrology
2.3.9. Quantum Well and Fabrication
2.3.10. Potential Well
2.3.11. Quantum Confinement
2.3.12. Quantum Mechanics
2.3.13. Quantum Key
2.3.14. Quantum Neuron
2.3.15. Quantum Hacking
2.3.16. Quantum Network
2.3.17. Quantum electronics
2.4. Superposition and Entanglement
2.5. Decoherence and Squeezed States
2.6. Quantum Control and Security
2.7. Virtualization
2.8. Quantum Technology Value Chain
2.8.1. Software/Platform Companies
2.8.2. Semiconductor Companies
2.8.3. AI Companies
2.8.4. Analytics Providers
2.8.5. IoT Companies
2.8.6. Connectivity Providers
2.8.7. Enterprises and Government
2.8.8. Universities
2.8.9. Venture Capital Firms
2.8.10. Large Scale Computing Companies
2.9. Quantum Technology Market Factors
2.9.1. Growth Drivers and Opportunities
2.9.2. Market Challenges
2.10. Impact of Covid-19
2.11. Quantum Technology Patent Landscape
2.12. Quantum Technology Competitive Landscape
2.13. Key Industry Development
3.0. Quantum Technology and Application Analysis
3.1. Quantum Computing
3.1.1. Qubit Development Progress
3.1.1.1. Qubits in Number
3.1.1.2. Flip-Flop Qubit
3.1.2. Quantum Computer
3.1.2.1. Quantum Annealer
3.1.2.2. Analog Quantum
3.1.2.3. Universal Quantum
3.1.3. Quantum Computing Technology Stack
3.1.4. Quantum Software Platform
3.1.5. Industry Application and Revenue Opportunity
3.1.6. Exascale Computing Platform
3.1.7. Market Disruption and Company Readiness Analysis
3.1.8. Patent and Regulatory Framework
3.1.9. Investment and Business Model Analysis
3.1.10. Competitive Landscape Analysis
3.1.10.1. Vendor Companies
3.1.11. Start-up Companies
3.1.12. Government and Local Agencies
3.1.13. University Research and Development
3.1.13.1. Research Center
3.1.14. Venture Capital Firms
3.1.14.1. Funding Organizations
3.1.15. Country Initiatives and Participant Agencies/Companies
3.1.15.1. China
3.1.15.2. USA
3.1.15.3. European Union
3.1.15.4. United Kingdom
3.1.15.5. Canada
3.1.15.6. Mexico
3.1.15.7. Brazil
3.1.15.8. France
3.1.15.9. Russia
3.1.15.10. Germany
3.1.15.11. Netherlands
3.1.15.12. Denmark
3.1.15.13. Sweden
3.1.15.14. Saudi Arabia
3.1.15.15. Switzerland
3.1.15.16. UAE
3.1.15.17. Qatar
3.1.15.18. Kuwait
3.1.15.19. Israel
3.1.15.20. Japan
3.1.15.21. India
3.1.15.22. Singapore
3.1.15.23. Australia
3.1.15.24. South Korea
3.2. Quantum Cryptography Communication
3.2.1. Technology Analysis
3.2.1.1. Hardware Agnostic Communication
3.2.1.2. Device Independent Cryptography
3.2.2. Industry Application Analysis
3.2.3. Position Based Cryptography
3.2.4. Post Quantum Cryptography
3.2.5. Patent Analysis
3.3. Quantum Sensing and Imaging
3.3.1. Technology Analysis
3.3.1.1. Quantum Sensing Technology
3.3.1.2. Quantum Imaging Technology
3.3.2. Product Analysis
3.3.3. Quantum Imaging Device
3.3.4. Industry Application Analysis
3.3.5. Patent Analysis
3.4. Quantum Dots Particles
3.4.1. QD Products
3.4.1.1. QD Display
3.4.2. QD Cadmium Materials
3.4.2.1. Artificial Quantum Materials
3.4.3. Production Process Analysis
3.4.3.1. Colloidal Synthesis
3.4.3.2. Energy Creation
3.4.3.3. Quantum Dot Size and Color
3.4.4. Industry Application Analysis
3.4.5. Patent Analysis
3.5. Quantum Cascade Laser
3.5.1. Fabrication Technology
3.5.2. Continuous Wave and Pulsed Operation
3.5.3. Cascade Laser Packaging
3.5.4. Industry Application Analysis
3.5.5. Patent Analysis
3.6. Quantum Magnetometer
3.6.1. Product Analysis
3.6.1.1. SERFs vs. SQUIDs
3.6.1.2. NV-Centers Sensors
3.6.1.3. Proton Magnetometers
3.6.1.4. Overhauser Magnetometers
3.6.1.5. Optically Pumped Magnetometers
3.6.1.6. Chip-Scale Atomic Magnetometers
3.6.2. Industry Application Analysis
3.6.3. Geophysical Application
3.6.4. Patent Analysis
3.7. Quantum Key Distribution
3.7.1. QKD Technology
3.7.1.1. Infrastructure
3.7.1.2. Equipment and Components
3.7.2. Quantum Key Distribution Network
3.7.3. Government Sector Application
3.7.4. Enterprise and Civilian Industry Application
3.7.5. Patent Analysis
3.8. Quantum Telecommunication
3.9. Quantum Cloud vs. Hybrid Platform
3.10. Quantum 5G Communication
3.11. Quantum 6G Impact
3.11.1. 6G Wireless Technologies
3.11.2. Quantum Machine Learning for 6G
3.11.3 6G Wireless Communication
3.11.4. Quantum Technology need for 6G Capabilities