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Quantum Computing Market & Technologies – 2017-2024

Quantum Computing Market & Technologies – 2017-2024

2024 Market: Products & Services $8.45 B. Government-Funded R&D $2.25 B

We are in the midst of a “Quantum Computing Technologies Supremacy Race”, one that will result in groundbreaking computing power, enabling disruptive new quantum computing technologies that have the potential to change long-held dynamics in commerce, intelligence, military affairs and strategic balance of power. If you have been paying attention to the news on quantum computing and the evolution of industrial and national efforts towards realizing a scalable, fault-tolerant quantum computer, that can tackle problems, unmanageable to current supercomputing capabilities, then you know that something big is stirring throughout the quantum world.

In a way that was unheard of five years ago, quantum physicists are now partnering with corporate tech giants, to develop quantum computing capabilities and technologies as the foundation of a second information age.

Advances in quantum computer design, fault-tolerant algorithms and new fabrication technologies are now transforming this “holy-grail” technology into a realistic program poised to surpass traditional computation in some applications. With these new developments, the question companies are asking is not whether there will be a quantum computer, but who will build it and benefit from it. Realizing quantum computing capability demands that hardware efforts would be augmented by the development of quantum software to obtain optimized quantum algorithms able to solve application problems of interest.

China Quantum Computing: On May 3, 2017, Xinhua, the official press agency of the People’s Republic of China, surprised the Quantum Computing community by announcing that “Chinese scientists have built the world’s first quantum computing machine that goes far beyond the early classical — or conventional — computers, paving the way to the ultimate realization of quantum computing. Scientists announced their achievement at a press conference in the Shanghai Institute for Advanced Studies of University of Science and Technology of China. Chinese quantum computing scientists believe that China quantum computers could, in some ways, dwarf the processing power of today’s supercomputers”.

IT multinationals, such as IBM, Intel, Microsoft and others (see image below), run their own quantum computing projects. IT giants Google and Microsoft have set challenging quantum computing goals for 2017. Their ambition reflects a broader transition taking place at start-ups and academic research labs alike: to move from pure science towards engineering.

Taking as an example, IBM quantum computing technology accomplishments: In 2012, IBM quantum computing scientists said that they had made several breakthroughs in quantum computing with superconducting integrated circuits. In April 2015 IBM quantum computing R&D claimed two critical advances towards the realization of a practical quantum computer. They claimed the ability to detect and measure both kinds of quantum errors simultaneously, as well as a new, square quantum bit circuit design that could scale to larger dimensions.

In March 2017, IBM Quantum Computing R&D team took an historical step towards mass adoption of quantum computing by launching a commercialized quantum computing system aimed at businesses and the science industry. Dubbed as IBM Q, the system and services are accessible via the IBM Cloud platform. Currently, you can tool around with building algorithms for quantum computing using the IBM Quantum Experience. Since its launch, about 40,000 users have run over 275,000 experiments on this tool.

IBM Quantum Computing R&D team announced the release of an API (Application Program Interface) that lets developers and programmers, even those lacking a deep background in quantum physics, build interfaces that operate between IBM quantum computers running at speeds of five quantum bits (qubits) and the more conventional computers in use today.


2 Volumes:
Quantum Computing Technologies & Global Market 2017-2024 - Volume 1
Quantum Computing Technologies & Global Market 2017-2024 - Volume 2
Quantum Computing Technologies & Global Market 2017-2024 - Volume 1
1
Executive Summary
1.1
Major Findings & Conclusions
1.2
Global Quantum Computing Market – 2016-2024
1.2.1
Government-Funded RDT&E Vs. Products & Services Market
1.2.2
Global Quantum Computing Market by Sector
1.2.3
Global Quantum Computing Vertical Markets
1.2.4
Global Quantum Computing Market by Revenue Source
1.2.5
Global Quantum Computing Market by Region
1.2.6
Global Quantum Computing Market by Country
GLOBAL MARKET
2
Quantum Computing Market Background
2.1
The Global Information Technology (IT) Market
2.2
Quantum Computing
2.3
Why Are Quantum Computers Attractive?
2.4
Quantum Computing Outlook
2.5
Quantum Supremacy
2.6
Quantum Technologies Timeline
2.7
Investments in Quantum Computing
2.8
Quantum Computing Technology Roadmap
2.9
Topological Quantum Computers
2.1
The 2nd Quantum Revolution
2.11
Applications of Quantum Computing
2.12
The Private Sector Quantum Computing R&D Activities
2.13
The Global Quantum Computing Race
2.14
China – U.S. Quantum Information Leadership Race
3
Quantum Information Bids, Tenders and Projects Data
4
SWOT Analysis
4.1
Strengths
4.2
Weaknesses
4.3
Opportunities
4.4
Threats
5
Quantum Computing Value Chain
6
Global Quantum Computing Market – 2017-2024
6.1
Global Quantum Computing Market by Sector
6.1.1
Market Forecast – 2016-2024
6.1.2
Market Dynamics – 2016-2024
6.1.3
Market Breakdown – 2016-2024
6.2
Global Quantum Computing Market by Revenue Source
6.2.1
Quantum Computing Systems Market
6.2.2
Quantum Computing Software Market
6.2.3
Quantum Computing as a Service Market
6.2.4
Quantum Computing Government Financed R&D Market
6.2.5
Global Market Forecast – 2016-2024
6.2.6
Market Dynamics – 2016-2024
6.2.7
Market Breakdown – 2016-2024
6.3
Global Quantum Computing Market by Region
6.3.1
Market Forecast by Region – 2016-2024
6.3.2
Market Dynamics – 2016-2024
6.3.3
Market Breakdown by Region – 2016-2024
7
Quantum Computing by Sector – 2017-2024
7.1
National Security Quantum Computing Market
7.1.1
Market Forecast by Region – 2016-2024
7.1.2
Market Dynamics – 2016-2024
7.1.3
Market Breakdown by Region – 2016-2024
7.2
Government Quantum Computing Market
7.2.1
Market Forecast by Region – 2016-2024
7.2.2
Market Dynamics – 2016-2024
7.2.3
Market Breakdown by Region – 2016-2024
7.3
Government-Funded RDT&E Quantum Computing Market
7.3.1
Market Forecast by Region – 2016-2024
7.3.2
Market Dynamics – 2016-2024
7.3.3
Market Breakdown by Region – 2016-2024
7.4
Industry & Business Sectors Quantum Computing Market
7.4.1
Market Forecast by Region – 2016-2024
7.4.2
Market Dynamics – 2016-2024
7.4.3
Market Breakdown by Region – 2016-2024
8
Quantum Computing Vertical Markets – 2017-2024
8.1
Defense & Intelligence Quantum Computing Market
8.1.1
National Security Intelligence
8.1.2
Defense
8.1.3
Global Defense & Intelligence Quantum Computing Market – 2016-2024
8.1.3.1
Market Forecast
8.1.3.2
Market Dynamics
8.2
Homeland Security & Public Safety Quantum Computing Market
8.2.1
Public Safety
8.2.2
Homeland Security
8.2.3
Global Homeland Security & Public Safety Quantum Computing Market – 2016-2024
8.2.3.1
Market Forecast
8.2.3.2
Market Dynamics
8.3
Government & Public Services Quantum Computing Market
8.3.1
Market Background
8.3.2
Global Government & Public Services Quantum Computing Market – 2016-2024
8.3.2.1
Market Forecast
8.3.2.2
Market Dynamics
8.4
Gov.-Funded RDT&E Quantum Computing Market
8.4.1
Gov.-Funded RDT&E Quantum Computing by Country - 2016
8.4.2
Global Government-Funded RDT&E Quantum Computing Market – 2016-2024
8.4.2.1
Market Forecast
8.4.2.2
Market Dynamics
8.5
Banking & Securities Quantum Computing Market
8.5.1
Market Background
8.5.2
Global Banking & Securities Quantum Computing Market – 2016-2024
8.5.2.1
Market Forecast
8.5.2.2
Market Dynamics
8.6
Manufacturing & Logistics Quantum Computing Market
8.6.1
Mission Planning/Scheduling and Logistics
8.6.2
Global Manufacturing & Logistics Quantum Computing Market – 2016-2024
8.6.2.1
Market Forecast
8.6.2.2
Market Dynamics
8.7
Insurance Quantum Computing Market
8.7.1
Market Background
8.7.2
Global Insurance Quantum Computing Market – 2016-2024
8.7.2.1
Market Forecast
8.7.2.2
Market Dynamics
8.8
Healthcare & Pharmaceutical Quantum Computing Market
8.8.1
Overview
8.8.2
Medical Diagnostics Quantum Computing Market Background
8.8.3
Medical Treatments Quantum Computing Market Background
8.8.4
Example: Combating Cancer
8.8.5
The Folding@home Project
8.8.6
Pharmacology Quantum Computing
8.8.7
Protein Folding Quantum Computing Market Background
8.8.8
Global Healthcare & Pharmaceutical Quantum Computing Market – 2016-2024
8.8.8.1
Market Forecast
8.8.8.2
Market Dynamics
8.9
Retail & Wholesale Quantum Computing Market
8.9.1
Market Background
8.9.2
Global Retail & Wholesale Quantum Computing Market – 2016-2024
8.9.2.1
Market Forecast
8.9.2.2
Market Dynamics
8.1
Information Technology Industry Quantum Computing Market
8.10.1
Software Verification & Validation
8.10.2
Global Information Technology Industry Quantum Computing Market – 2016-2024
8.10.2.1
Market Forecast
8.10.2.2
Market Dynamics
8.11
Telecommunications Quantum Computing Market
8.11.1
Global Telecommunications Quantum Computing Market – 2016-2024
8.11.1.1
Market Forecast
8.11.1.2
Market Dynamics
8.12
Automotive, Aerospace & Transportation Quantum Computing Market
8.12.1
Market Background
8.12.2
Global Automotive, Aerospace & Transportation Quantum Computing Market – 2016-2024
8.12.2.1
Market Forecast
8.12.2.2
Market Dynamics
8.13
Energy & Utilities Quantum Computing Market
8.13.1
Market Background
8.13.2
Global Energy & Utilities Quantum Computing Market – 2016-2024
8.13.2.1
Market Forecast
8.13.2.2
Market Dynamics
8.14
Web, Media & Entertainment Quantum Computing Market
8.14.1
Market Background
8.14.2
Global Web, Media & Entertainment Quantum Computing Market – 2016-2024
8.14.2.1
Market Forecast
8.14.2.2
Market Dynamics
8.15
Smart Cities Quantum Computing Market
8.15.1
Market Background
8.15.2
Global Smart Cities Quantum Computing Market – 2016-2024
8.15.2.1
Market Forecast
8.15.2.2
Market Dynamics
8.16
Cybersecurity Quantum Computing Market
8.16.1
Market Background
8.16.2
Global Cybersecurity Quantum Computing Market – 2016-2024
8.16.2.1
Market Forecast
8.16.2.2
Market Dynamics
8.17
Other Vertical Markets Quantum Computing Market
8.17.1
Market Forecast
8.17.2
Market Dynamics
REGIONAL MARKETS
9
Global Quantum Computing Market by Region
9.1
North America Quantum Computing Markets – 2017-2024
9.1.1
North America Quantum Computing Market by Sector
9.1.1.1
Market Forecast – 2016-2024
9.1.1.2
Market Dynamics – 2016-2024
9.1.1.3
Market Breakdown – 2016-2024
9.1.2
North America Quantum Computing Market by Revenue Source
9.1.2.1
Market Forecast – 2016-2024
9.1.2.2
Market Dynamics – 2016-2024
9.1.2.3
Market Breakdown – 2016-2024
9.2
Europe Quantum Computing Markets – 2017-2024
9.2.1
Europe Quantum Computing Market by Sector
9.2.1.1
Market Forecast – 2016-2024
9.2.1.2
Market Dynamics – 2016-2024
9.2.1.3
Market Breakdown – 2016-2024
9.2.2
Europe Quantum Computing Market by Revenue Source
9.2.2.1
Market Forecast – 2016-2024
9.2.2.2
Market Dynamics – 2016-2024
9.2.2.3
Market Breakdown – 2016-2024
9.3
Asia-Pacific Quantum Computing Markets – 2017-2024
9.3.1
Asia-Pacific Quantum Computing Market by Sector
9.3.1.1
Market Forecast – 2016-2024
9.3.1.2
Market Dynamics – 2016-2024
9.3.1.3
Market Breakdown – 2016-2024
9.3.2
Asia-Pacific Quantum Computing Market by Revenue Source
9.3.2.1
Market Forecast – 2016-2024
9.3.2.2
Market Dynamics – 2016-2024
9.3.2.3
Market Breakdown – 2016-2024
9.4
ROW Quantum Computing Markets – 2017-2024
9.4.1
ROW Quantum Computing Market by Sector
9.4.1.1
Market Forecast – 2016-2024
9.4.1.2
Market Dynamics – 2016-2024
9.4.1.3
Market Breakdown – 2016-2024
9.4.2
ROW Quantum Computing Market by Revenue Source
9.4.2.1
Market Forecast – 2016-2024
9.4.2.2
Market Dynamics – 2016-2024
9.4.2.3
Market Breakdown – 2016-2024
NATIONAL MARKETS
North America
10
U.S. Quantum Computing Market – 2017-2024
10.1
U.S. Market Background
10.2
U.S. Quantum Computing Market Background
10.2.1
U.S. Government Quantum Computing
10.2.2
U.S. Government Investment in Quantum Computing: Introduction
10.2.3
DOD: Quantum Computing Activities, Projects & Funding
10.2.4
DOE: Quantum Computing Activities, Projects & Funding
10.2.5
NSA: Quantum Computing Activities, Projects & Funding
10.2.6
IARPA: Quantum Computing Activities, Projects & Funding
10.2.7
NIST: Quantum Computing Activities, Projects & Funding
10.2.8
NSF: Quantum Computing Activities, Projects & Funding
10.2.9
U.S.A. Supercomputing Race
10.2.10
Federal Quantum Computing Outlook - 2018-2024
10.2.11
U.S. Private Sector Quantum Computing Market Background
10.2.12
U.S. Quantum Computing RDT&E
10.3
The U.S.-Chinese, Quantum Technology Race
10.3.1
Scope
10.3.2
U.S. Strategic Considerations
10.3.3
Quantum Encryption and Communication Race
10.3.4
The Quantum Sensing Race
10.4
U.S. Quantum Computing Market - 2016-2024
10.4.1
Market Forecast – 2016-2024
10.4.2
Market Dynamics – 2016-2024
11
Canada Quantum Computing Market – 2017-2024
11.1
Canada Market Background
11.2
Canada Quantum Computing Market Background
11.3
Canada Quantum Computing Market - 2016-2024
11.3.1
Market Forecast – 2016-2024
11.3.2
Market Dynamics – 2016-2024
Europe
12
The EU Quantum Computing Activities
12.1
Introduction
12.2
EU Research Frameworks
12.3
European Commission Future & Emerging Technologies Program QC Activities
12.3.1
Funding
12.3.2
The EU Cloud Initiative
12.3.3
The EU Quantum Technology Flagship
12.3.4
The EU Quantum Technology Program
12.4
The EU Quantum Computing Industry Program
13
UK Quantum Computing Market – 2017-2024
13.1
UK Market Background
13.2
UK Quantum Computing Market Background
13.3
UK Quantum Computing Market - 2016-2024
13.3.1
Market Forecast – 2016-2024
13.3.2
Market Dynamics – 2016-2024
14
France Quantum Computing Market – 2017-2024
14.1
France Market Background
14.2
France Quantum Computing Activities
14.2.1
The France QC National Network
14.2.2
Quantum Computation in France
14.2.3
Quantum Group
14.2.4
Atos SE
14.2.5
IBM France
14.2.6
Paris Centre for Quantum Computing
14.3
France Quantum Computing Market - 2016-2024
14.3.1
Market Forecast – 2016-2024
14.3.2
Market Dynamics – 2016-2024
15
The Netherlands Quantum Computing Market – 2017-2024
15.1
Netherlands Market Background
15.2
Netherlands Quantum Computing Activities
15.3
Netherlands Quantum Computing Market - 2016-2024
15.3.1
Market Forecast – 2016-2024
15.3.2
Market Dynamics – 2016-2024
16
Denmark, Sweden, Norway, Finland Quantum Computing Market – 2017-2024
16.1
Market Background
16.2
Denmark, Sweden, Norway and Finland Quantum Computing Market – 2016-2024
16.2.1
Market Forecast – 2016-2024
16.2.2
Market Dynamics – 2016-2024
17
Germany Quantum Computing Market – 2017-2024
17.1
Germany Market Background
17.2
Germany Quantum Computing Activities
17.3
Germany Quantum Computing Market - 2016-2024
17.3.1
Market Forecast – 2016-2024
17.3.2
Market Dynamics – 2016-2024
18
Switzerland Quantum Computing Market – 2017-2024
18.1
Switzerland Market Background
18.2
Switzerland Quantum Computing Market – 2016-2024
18.2.1
Market Forecast – 2016-2024
18.2.2
Market Dynamics – 2016-2024
19
Russia Quantum Computing Market – 2017-2024
19.1
Russia Market Background
19.2
Russia Quantum Computing Activities
19.3
Russia Quantum Computing Market - 2016-2024
19.3.1
Market Forecast – 2016-2024
19.3.2
Market Dynamics – 2016-2024
20
Rest of Europe Quantum Computing Market – 2017-2024
20.1
Market Forecast – 2016-2024
20.2
Market Dynamics – 2016-2024
Asia-Pacific
21
India Quantum Computing Market – 2017-2024
21.1
India Market Background
21.2
India Quantum Computing Market Background
21.3
India Quantum Computing Market - 2016-2024
21.3.1
Market Forecast – 2016-2024
21.3.2
Market Dynamics – 2016-2024
22
China Quantum Computing Market – 2017-2024
22.1
.China Market Background
22.2
China Quantum Computing Market Background
22.2.1
Quantum Information in China
22.2.2
Government-Funded RDT&E
22.2.3
Made in China 2025 Program
22.2.4
Chinese Quantum Computing Advances
22.2.5
PRC’s Quantum Cryptography and Communications
22.2.6
PRC Quantum Sensing Programs
22.2.7
China-U.S. Quantum Information Race
22.2.8
Limitations of the U.S. Quantum Information Programs
22.2.9
U.S. Vs. Chinese Intellectual property (IP) Race
22.2.10
China Supercomputing Lead
22.3
China Quantum Computing Market - 2016-2024
22.3.1
Market Forecast – 2016-2024
22.3.2
Market Dynamics – 2016-2024
23
Japan Quantum Computing Market – 2017-2024
23.1
Japan Market Background
23.2
Japan Quantum Computing Activities
23.3
Japan Quantum Computing Market - 2016-2024
23.3.1
Market Forecast – 2016-2024
23.3.2
Market Dynamics – 2016-2024
24
Singapore Quantum Computing Market – 2017-2024
24.1
Singapore Market Background
24.2
Singapore Quantum Computing Activities
24.3
Singapore Quantum Computing Market - 2016-2024
24.3.1
Market Forecast – 2016-2024
24.3.2
Market Dynamics – 2016-2024
25
Australia Quantum Computing Market – 2017-2024
25.1
Australia Market Background
25.2
Australia Quantum Computing Activities
25.3
Australia Quantum Computing Market - 2016-2024
25.3.1
Market Forecast – 2016-2024
25.3.2
Market Dynamics – 2016-2024
26
Rest of Asia Pacific Quantum Computing Market – 2017-2024
26.1
Market Forecast – 2016-2024
26.2
Market Dynamics – 2016-2024
Latin America
27
Mexico Quantum Computing Market
27.1
Mexico Market Background
27.2
Mexico Quantum Computing Market - 2016-2024
27.2.1
Market Forecast – 2016-2024
27.2.2
Market Dynamics – 2016-2024
28
Brazil Quantum Computing Market – 2017-2024
28.1
Brazil Market Background
28.2
Brazil Quantum Computing Activities
28.3
Brazil Quantum Computing Market - 2016-2024
28.3.1
Market Forecast – 2016-2024
28.3.2
Market Dynamics – 2016-2024
29
Rest of Latin America Quantum Computing Market – 2017-2024
29.1
Market Forecast – 2016-2024
29.2
Market Dynamics – 2016-2024
ME&A
30
Saudi Arabia Quantum Computing Market – 2017-2024
30.1
Saudi Arabia Market Background
30.2
Saudi Arabia Quantum Computing Market - 2016-2024
30.2.1
Market Forecast – 2016-2024
30.2.2
Market Dynamics – 2016-2024
31
Other GCC Quantum Computing Market – 2017-2024
31.1
Market Background
31.1.1
UAE Market Background
31.1.2
Qatar Market Background
31.1.3
Kuwait Market Background
31.2
Quantum Computing Activities
31.3
Other GCC Quantum Computing Market - 2016-2024
31.3.1
Market Forecast – 2016-2024
31.3.2
Market Dynamics – 2016-2024
32
Israel Quantum Computing Market – 2017-2024
32.1
Israel Market Background
32.2
Israel Quantum Computing Activities
32.3
Israel Quantum Computing Market - 2016-2024
32.3.1
Market Forecast – 2016-2024
32.3.2
Market Dynamics – 2016-2024
33
South Africa Quantum Computing Market – 2017-2024
33.1
Market Background
33.2
South Africa Quantum Computing Market - 2016-2024
33.2.1
Market Forecast – 2016-2024
33.2.2
Market Dynamics – 2016-2024
34
Rest of ME&A Quantum Computing Market – 2017-2024
34.1
Market Forecast – 2016-2024
34.2
Market Dynamics – 2016-2024
Quantum Computing Technologies & Global Market 2017-2024 - Volume 2
COMPANIES & BUSINESS OPPORTUNITIES
1
Business Opportunities
1.1
Quantum Computing Business Opportunities Roadmap
1.2
Machine Learning
1.3
Search Engines
1.4
Business Intelligence
1.5
Software/Hardware Validation and Verification
1.6
Image and Pattern Recognition
1.7
National Security Intelligence
1.8
Defense
1.9
Public Safety
1.1
Homeland Security
1.11
Government & Public Services
1.12
Banking & Financial Services
1.13
Financial Electronic Trading & Trading Strategies
1.14
Smart Manufacturing & Logistics
1.15
Mission Planning/Scheduling and Logistics
1.16
Insurance
1.17
Medical Diagnostics
1.18
Medical Treatments
1.19
Pharmacology
1.2
Protein Folding
1.21
Retail & Wholesale
1.22
Information Technology Industry
1.23
Telecommunication
1.24
Automotive & Transportation
1.25
Aerospace
1.26
Energy & Utilities
1.27
Energy Systems & Photovoltaics
1.28
Energy Exploration
1.29
Web, Media & Entertainment
1.3
Smart Cities
1.31
Cybersecurity
1.32
Quantum Computing Systems
1.33
Quantum Computing Software
1.34
Quantum Computing as a Service on the Cloud
1.35
Academia & National Labs
1.36
Graph Theory Problems
1.37
Material Science
1.38
Marine Science
1.39
Bioinformatics
1.4
Climate Modeling & Weather Predictions
1.41
Seismic Survey
1.42
Risk Management
1.43
Simulation
1.44
Video Compression
1.45
Cryptography
1.45.1
Quantum Cryptography
1.45.2
Post-quantum Cryptography
1.46
QC Based Optimization Problems
1.46.1
Optimization Problems
1.46.2
Quantum-Assisted Optimization
1.46.3
Reservoir Optimization Applications
1.46.4
Utilities Management Optimization
1.47
Quantum Computing Based Machine Learning
1.47.1
Quantum Machine Learning
1.47.2
Quantum Reinforcement Learning
1.48
Big Data & Predictive Analytics
1.49
Material Science
1.5
Quantum Sampling
1.51
Quantum Chemistry
1.52
Monte Carlo Simulation
2
Moore’s Law Outlook
3
Quantum Computing Startups
4
Quantum Computing Companies
4.1
1Qbit
4.1.1
Company Profile
4.1.2
Quantum Computing Activities
4.2
Agilent Technologies
4.2.1
Company Profile
4.2.2
Quantum Computing Activities
4.3
Aifotec AG
4.3.1
Company Profile
4.3.2
Quantum Computing Activities
4.4
Airbus Group
4.4.1
Company Profile
4.4.2
Quantum Computing Activities
4.5
Alcatel-Lucent
4.5.1
Company Profile
4.5.2
Quantum Computing Activities
4.6
Alibaba Group Holding Limited
4.6.1
Company Profile
4.6.2
Quantum Computing Activities
4.7
Anyon Systems, Inc
4.7.1
Company Profile
4.7.2
Quantum Computing Activities
4.8
Artiste-qb.net
4.8.1
Company Profile
4.8.2
Quantum Computing Activities
4.9
Avago Technologies
4.1
Booz Allen Hamilton
4.10.1
Company Profile
4.10.2
Quantum Computing Activities
4.11
British Telecommunications (BT)
4.11.1
Company Profile
4.11.2
Quantum Computing Activities
4.12
Cambridge Quantum Computing Limited
4.12.1
Company Profile
4.12.2
Quantum Computing Activities
4.13
Ciena Corporation
4.13.1
Company Profile
4.13.2
Quantum Computing Activities
4.14
Cyoptics
4.14.1
Company Profile
4.14.2
Quantum Computing Activities
4.15
D-Wave Systems Inc
4.15.1
Company Overview
4.15.2
Quantum Computing Activities
4.16
Eagle Power Technologies, Inc
4.16.1
Company Profile
4.16.2
Quantum Computing Activities
4.17
Emcore Corporation
4.17.1
Company Profile
4.17.2
Quantum Computing Activities
4.18
Enablence Technologies
4.18.1
Company Profile
4.18.2
Quantum Computing Activities
4.19
Entanglement Partners
4.2
Fathom Computing
4.20.1
Company Profile
4.20.2
Quantum Computing Activities
4.21
Finisar Corporation
4.22
Fujitsu Limited
4.22.1
Company Profile
4.22.2
Quantum Computing Activities
4.23
Google Quantum AI Lab
4.23.1
Company Profile
4.23.2
Quantum Computing Activities
4.24
H-Bar Quantum Consultants
4.25
Hewlett Packard Enterprise Company
4.25.1
Company Profile
4.25.2
Quantum Computing Activities
4.26
IBM
4.26.1
Company Profile
4.26.2
Quantum Computing Activities
4.27
ID Quantique
4.27.1
Company Profile
4.27.2
Quantum Computing Activities
4.28
Infinera Corporation
4.28.1
Company Profile
4.28.2
Quantum Computing Activities
4.29
Intel Corp.
4.29.1
Company Profile
4.29.2
Quantum Computing Activities
4.3
IonQ
4.30.1
Company Profile
4.30.2
Quantum Computing Activities
4.31
JDS Uniphase Corporation
4.32
Kaiam Corporation
4.32.1
Company Profile
4.32.2
Quantum Computing Activities
4.33
Lockheed Martin Corp.
4.33.1
Company Profile
4.33.2
Quantum Computing Activities
4.34
MagiQ Technologies, Inc.
4.34.1
Company Profile
4.34.2
Quantum Computing Activities
4.35
Microsoft Quantum Architectures and Computation Group (QuArC)
4.35.1
Company Profile
4.35.2
Quantum Computing Activities
4.36
Mitsubishi Electric Corp.
4.36.1
Company Profile
4.36.2
Quantum Computing Activities
4.37
NEC
4.37.1
Company Profile
4.37.2
Quantum Computing Activities
4.38
Nokia Bell Labs
4.38.1
Company Profile
4.38.2
Quantum Computing Activities
4.39
NTT Basic Research Laboratories & NTT Secure Platform Laboratories
4.39.1
Company Profile
4.39.2
Quantum Computing Activities
4.4
Optalysys Ltd.
4.40.1
Company Profile
4.40.2
Quantum Computing Activities
4.41
Post-Quantum
4.41.1
Company Profile
4.41.2
Quantum Computing Activities
4.42
QbitLogic
4.42.1
Company Profile
4.42.2
Quantum Computing Activities
4.43
QC Ware Corp.
4.43.1
Company Profile
4.43.2
Quantum Computing Activities
4.44
Quantum Circuits
4.44.1
Company Profile
4.45
Quantum Hardware Inc
4.45.1
Company Profile
4.45.2
Quantum Computing Activities
4.46
QuantumCTek
4.46.1
Company Profile
4.46.2
Quantum Computing Activities
4.47
Qubitekk
4.47.1
Company Profile
4.47.2
Quantum Computing Activities
4.48
Quintessence Labs
4.48.1
Company Profile
4.48.2
Quantum Computing Activities
4.49
QxBranch
4.5
Raytheon BBN
4.50.1
Company Profile
4.50.2
Quantum Computing Activities
4.51
Rigetti Computing
4.51.1
Company Profile
4.51.2
Quantum Computing Activities
4.52
SeQureNet
4.53
SK Telecom
4.53.1
Company Profile
4.53.2
Quantum Computing Activities
4.54
Sparrow Quantum
4.54.1
Company Profile
4.54.2
Quantum Computing Activities
4.55
Toshiba
4.55.1
Company Profile
4.55.2
Quantum Computing Activities
4.56
Xanadu
APPENDICES
5
Appendix A: Introduction to Quantum Computing
5.1.1
Superposition
5.1.2
Entanglement
5.1.2.1
Ion-based Qubits
5.1.2.2
Superconducting Qubits
5.1.2.3
Solid-State Spin Qubits
6
Appendix B: Quantum Information Technologies
6.1
Quantum information
6.2
Shared Principles
6.3
Quantum Computing
6.4
Quantum Cryptography:
6.5
Quantum Sensing
7
Appendix C: Quantum Computing Hardware
8
Appendix D: Quantum Computing Software
8.1
Introduction to Quantum Algorithms
9
Appendix E: Quantum Encryption
9.1
Background
9.2
Key Findings
9.3
Spooks Reacting at a Distance
10
Appendix F: Global 50 Top Supercomputers
11
Appendix G: Industry Investment in Quantum Computing – 2006-2016
12
Appendix H: NQIT R&D Projects
12.1
Background
12.2
Architectures, Standards and Systems Integration
12.3
Ion Trap Node Engineering
12.4
Atom-photon Interfaces
12.5
Photonic Network Engineering
12.6
Solid State Node Engineering
12.7
Secure Communications and Verification
12.8
Networked Quantum Sensors
12.9
Quantum Digital Simulation
12.1
Hybrid Classical/Quantum Computing
12.11
Capabilities and Support
13
Appendix I: Exascale Computing
13.1
Exascale Computing Definition
13.2
U.S. Exascale Computing Activities
13.3
China Exascale Computing Activities
13.4
EU Exascale Computing Activities
13.5
Japan Exascale Computing Activities
13.6
India Exascale Computing Activities
13.7
Exascale Computing Challenges
14
Appendix J: Market Background by Country
14.1
U.S. Market Background
14.1.1
Facts & Figures
14.1.2
U.S. Economy
14.1.3
Department of Homeland Security
14.1.3.1
Department of Homeland Security: Agencies and Units
14.1.4
Department of Defense (DOD)
14.1.5
Department of Justice (DOJ)
14.1.6
Federal Bureau of Investigation (FBI)
14.1.7
Department of State (DOS)
14.1.8
National Aeronautic & Space Administration (NASA)
14.1.9
Department of Transportation (DOT)
14.1.9.1
Department of Commerce (DOC)
14.1.10
U.S. Police Forces
14.2
Canada Market Background
14.2.1
Facts & Figures
14.2.2
Canada Geopolitical Overview
14.2.3
Canada Economy
14.2.4
Canada Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.2.5
Canadian Police Forces
14.2.6
Canada Intelligent Services
14.2.7
Canada Defense Forces
14.3
Mexico Market Background
14.3.1
Facts & Figures
14.3.2
Mexico Geopolitical Overview
14.3.3
Mexico Economy
14.3.4
Mexico Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.3.5
Mexican Police Forces
14.4
Brazil Market Background
14.4.1
Facts & Figures
14.4.2
Brazil Geopolitical Overview
14.4.3
Brazil Economy
14.4.4
Brazil Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.4.5
Brazil Police Forces
14.4.6
Brazil Defense Forces
14.5
UK Market Background
14.5.1
Facts & Figures
14.5.2
UK Geopolitical Overview
14.5.3
UK Economy
14.5.4
The Brexit Effects
14.5.5
UK Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.5.6
UK Police Forces
14.5.7
UK Police Forces Statistics
14.5.8
UK Intelligent Services
14.5.8.1
Security Service – MI5
14.5.8.2
National Domestic Extremism & Disorder Intelligence Unit (NDEDIU)
14.5.8.3
National Crime Agency (NCA)
14.5.8.4
National Ballistics Intelligence Service (NBIS)
14.5.8.5
National Fraud Intelligence Bureau (NFIB)
14.5.8.6
MI6, Secret Intelligence Service
14.5.8.7
Defense Intelligence (DI)
14.5.8.8
Communications Headquarters (GCHQ)
14.5.8.9
The Joint Intelligence Organization
14.5.8.10
The Parliament Intelligence and Security Committee
14.5.8.11
UK Intelligence Agencies Budgets
14.5.9
UK Defense Forces
14.6
France Market Background
14.6.1
Facts & Figures
14.6.2
France Geopolitical Overview
14.6.3
France Economy Overview
14.6.4
France Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.6.5
French Police Forces
14.6.5.1
The National Police
14.6.5.2
Research, Assistance, Intervention, Deterrence (RAID)
14.6.5.3
National Police Intervention Groups (GIPN)
14.6.5.4
The National Gendarmerie
14.6.5.5
National Gendarmerie Intervention Group
14.6.5.6
Paris Police Prefecture
14.6.5.7
Police Forces Statistics
14.6.6
France Intelligent Services
14.6.6.1
Domestic Counter-terrorism & Counter-espionage Intelligence (DGSI)
14.6.6.2
Central Directorate of the Judicial Police (DCPJ)
14.6.6.3
General Directorate for External Security (DGSE)
14.6.6.4
Directorate of Protection and Defense Security (DPSD)
14.6.6.5
Directorate of Military Intelligence (DRM)
14.6.6.6
Anti-Terrorist Bureau (BLAT)
14.6.6.7
Inter-Departmental Coordination on Terrorism Matters
14.6.7
France Defense Forces
14.7
Russia Market Background
14.7.1
Facts & Figures
14.7.2
Russia Geopolitical Overview
14.7.3
Russia Economy
14.8
Germany Market Background
14.8.1
Facts & Figures
14.8.2
Germany Geopolitical Overview
14.8.3
Germany Economy
14.8.4
Germany Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.8.5
The German Police Forces
14.8.5.1
BPOL - Federal Police
14.8.5.2
GSG 9 - Special Operations & Counterterrorism Unit
14.8.5.3
BFE/BFHu Units - Special Anti-Terrorist Unit of Federal Anti-Riot Police
14.8.5.4
ASSIK - Special Task Force Protection in Crisis Areas
14.8.5.5
ZKA - Customs Investigation Bureau
14.8.5.6
ZUZ - Customs SWAT Unit
14.8.5.7
Military Police
14.8.5.8
State Police Forces
14.8.5.9
SEK - State Special Operations Command Part of Uniformed Police
14.8.5.10
MEK - Mobile Task Force units, Part of Criminal Police
14.8.6
Germany Intelligent Services
14.8.6.1
Federal Intelligence Service (BND)
14.8.6.2
Federal Office for the Protection of the Constitution (BfV)
14.8.6.3
Military Counterintelligence Service (MAD)
14.8.6.4
The State Office for the Protection of the Constitution
14.8.7
Defense Forces
14.9
Netherlands Market Background
14.9.1
Facts & Figures
14.9.2
Netherlands Geopolitical Overview
14.9.3
Netherlands Economy
14.9.4
Netherlands Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.9.5
Netherlands Police
14.1
Denmark Market Background
14.10.1
Facts & Figures
14.10.2
Denmark Geopolitical Overview
14.10.3
Denmark Economy
14.10.4
Denmark Police Forces
14.11
Sweden Market Background
14.11.1
Facts & Figures
14.11.2
Sweden Geopolitical Overview
14.11.3
Sweden Economy
14.11.4
Sweden Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.11.5
Swedish Police Forces
14.12
Saudi Arabia Market Background
14.13
Facts & Figures
14.13.1
Saudi Arabia Geopolitical Overview
14.13.2
Saudi Arabia Economy
14.13.3
Saudi Arabia Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.13.3.1
Ministry of Interior
14.13.3.2
Saudi National Guard
14.13.3.3
Paramilitary Security Forces
14.13.4
Saudi Arabia Police Forces
14.13.5
Saudi Arabia Defense Forces
14.13.5.1
Armed Services
14.13.5.2
Independent Forces
14.14
UAE Market Background
14.14.1
Facts & Figures
14.14.2
UAE Geopolitical Overview
14.14.3
UAE Economy
14.14.4
UAE Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.14.5
The UAE Police Forces
14.14.6
UAE Defense Forces
14.15
Qatar Market Background
14.15.1
Facts & Figures
14.15.2
Qatar Geopolitical Overview
14.15.3
Qatar Economy
14.15.4
Qatar Police
14.15.5
Defense Forces
14.16
Kuwait Market Background
14.16.1
Facts & Figures
14.16.2
Kuwait Geopolitical Overview
14.16.3
Kuwait Economy
14.16.4
Kuwait Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.16.5
Kuwait Police
14.16.6
Kuwait Defense Forces
14.17
Israel Market Background
14.17.1
Facts & Figures
14.17.2
Israel Geopolitical Overview
14.17.3
Israel Economy
14.17.4
Israel Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.17.5
The Israeli Police
14.17.6
Defense Forces
14.18
Australia Market Background
14.18.1
Facts & Figures
14.18.2
Australia Geopolitical Overview
14.18.3
Australia Economy
14.18.3.1
External Security
14.18.4
Australia Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.18.5
Australia - Police Forces
14.18.6
Australia Intelligent Services
14.19
China Market Background
14.19.1
Facts & Figures
14.19.2
China Geopolitical Background
14.19.3
China Economy
14.19.4
China Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.19.5
China Police
14.19.6
China Ministry of Public Security
14.19.7
Public Security Bureau
14.19.8
China Ministry of State Security
14.19.9
China Defense Forces
14.2
Japan Market Background
14.20.1
Facts & Figures
14.20.2
Japan Geopolitical Background
14.20.3
Japan Economy
14.20.4
Japan Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.20.5
Japan Police Forces
14.20.6
Japan Defense Forces
14.21
India Market Background
14.21.1
Facts & Figures
14.21.2
India Geopolitical Overview
14.21.3
India Economy
14.21.4
India Defense, Intelligence, Law Enforcement & Homeland Security Agencies
14.21.5
Indian Police Forces
14.21.6
India Defense Market
14.21.7
India Defense Forces
14.22
Singapore Market Background
14.22.1
Facts & Figures
14.22.2
Singapore Geopolitical Overview
14.22.3
Singapore Economy
14.22.4
Singapore Police
14.22.5
Singapore Defense Forces
15
Appendix K: Key Quantum Computing Patents
15.1
Patents List
15.2
Quantum Computing Patent Filing by Country
16
Appendix L: Links to 31 Quantum Computing Academic Research Centers
17
Appendix M: 2017 Quantum Conferences Links -
18
Appendix N: Glossary
19
Appendix O: References
20
Scope & Methodology
20.1
Research Scope
20.2
Research Methodology
21
Disclaimer & Copyright

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