Quantum Computers, , Quantum Sensing, Quantum Imaging, Quantum Simulation, Quantum Communications & Cryptography, Quantum Spintronics, Quantum Photonics, and Quantum Nanostructures

R&D Institutions, enterprises, organizations

I   Quantum Computer

• With multiple algorithms appeared and with cloud services started, it seems that the quantum computing has entered the preparation stage just before practical application

1. Impact of Quantum Computers Emerged
2. Difference between Quantum Computers and Classic Counterparts
3. Quantum Computers in the AI era
4. Forecast of Quantum Computer Market Size
5. Trend of Quantum Computers Worldwide　(US, Europe, China and Japan)
6. Trend of Each of Companies and R&D Institutions Studying Quantum Computers
7. Perspectives of Quantum Computers

II   Quantum Sensing

• By utilizing quantum‐mechanical effects, quantum sensing is highly sensitive measuring-and-sensing technologies outperforming conventional technologies, and can be developed into extensive applications

1. What are Quantum Measurement and Sensing?
2. Quantum Measurement and Sensing are Hybrid Science
3. Quantum Measurement and Sensing and IoT Smart Society
4. Each Trend of Quantum Measurement and Sensing

1. Diamond NV center
2. Inertial quantum sensors
3. Quantum radar
4. Quantum compass
5. Optical lattice clocks
6. Quantum image sensors

5. Forecast of Quantum Sensing Market Size
6. Domestic Enterprises and R&D Institutions Studying Quantum Sensing
7. Perspectives of Quantum Sensing

III   Quantum Imaging

• While quantum imaging expands its application by building a platform for imaging that use quantum beam information, optical imaging is about to form a new category of quantum optics

1. What is Quantum Imaging?
2. Types of Quantum Imaging
3. Applications of Quantum Imaging

1. Life Science
2. Materials Science
3. Industry
4. Space Science

4. Forecast of Quantum Imaging Market Size
5. Domestic Enterprises and R&D Institutions Studying Quantum Imaging
6. Perspectives of Quantum Imaging

IV   Quantum Simulation

• Simulation of many body quantum systems is expected to unravel the complicated phenomenon that cannot be calculated with classical computers.

1. What is Quantum simulation?
2. Quantum simulation can intermediate between classic computers and quantum ones
3. Quantum simulation

1. Ultracold atoms
2. Superconducting qubits
3. Systems of trapped ions
4. Linear optical element
5. Parametric oscillator

5. Forecast of Quantum Simulation Market Size
6. Domestic Enterprises and R&D Institutions Studying Quantum Simulation
7. Perspectives of Quantum Simulation

V  Quantum Communications and Cryptography

• Quantum Communications and Cryptography are the technologies indispensable to the current cryptopraphy that face crisis of being disabled.
• If quantum cryptographic communication establishes, the communication becomes highly secured.

1. What are Quantum Communications and Cryptography?
2. Quantum Communications
3. Quantum Cryptography
4. Quantum-Resistant Cryptography
5. Overseas Trends regarding Quantum Communications and Cryptography (US, China and Japan)
6. Forecast of Quantum Communications and Cryptography Market Size
7. Domestic Enterprises and R&D Institutions Studying Quantum Communications and Cryptography
8. Perspectives of Quantum Communications and Cryptography

VI   Quantum Spintronics

• New science that generates innovation to electronics and telecommunication industries.

1. What is Quantum Spintronics?
2. Quantum Spintronics attracting attention
3. Applications of Quantum Spintronics:

1. Quantum Molecular Spintronics
2. Spin nonvolatile memory
3. Spin FET
4. Spin optical memory
5. Spin quantum computers

4. Forecast of Quantum Spintronics Market Size
5. Domestic Enterprises and R&D Institutions Studying Quantum Spintronics
6. Perspectives of Quantum Spintronics

VII   Quantum Photonics

• Quantum Photonics attracts attention as a innovative technology with its potential ability of paradigm shift

1. What is Quantum Photonics?
2. Photonic crystal as an important quantum photonics tool
3. Some remarkable technologies of Quantum Photonics:

1. Quantum dot
2. Quantum cascade laser
3. Optical quantum memory
4. Quantum nano photonics

4. Forecast of Quantum Photonics Market Size
5. Domestic Enterprises and R&D Institutions Studying Quantum Photonics
6. Perspectives of Quantum Photonics

VIII 　 Quantum Nanostructures

• The methods of using graphene and carbon nanotubes, which are the natural nanostructures, have also been attracting attention.

1. Quantum Nanostructures
2. Case Studies of Quantum Nanostructures
3. Applications of Quantum Nanostructures
4. Forecast of Quantum Nanostructures Market Size
5. Domestic Enterprises and R&D Institutions Studying Quantum Nanostructures
6. Perspectives of Quantum Nanostructures