Top Quantum Computing Stocks: U.S. and Japan Picks for Investors

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Introduction.

The field of quantum computing is once again attracting a great deal of attention.
Quantum computers have long been one of the hot topics in the stock market, but in the past there has been a cycle of anticipation followed by waning attention. Recently, however, it has begun to attract attention again as technological progress and a path to practical application have begun to emerge.

Specifically, the emergence of examples of sales growth among companies seeking to use quantum computers commercially, coupled with the rapid development of AI technology, has led to expectations that quantum computers will be a growth area for the next generation. Quantum computers have the potential to efficiently solve complex problems that are difficult to solve with conventional computers, and are expected to find applications in a variety of fields in the future.

In this section, I will pick out stocks with advanced technology and high growth potential that I have personally investigated in selecting quantum computer-related stocks.

Why is the quantum computer market attracting so much attention now?

The quantum computer market is attracting attention because of multiple factors, including technological innovation, progress in practical applications, and projected expansion in the size of the economy.

Dramatic Improvement in Computational Power

Quantum computers have the potential to solve complex problems at high speeds that are difficult to handle with conventional computers.
Particularly,It is expected to bring innovation in computationally intensive fields such as cryptanalysis, molecular simulation, and logistics optimization.
It has the potential to produce results that exceed the limits of current technology in areas such as new drug development, materials science, and supply chain efficiency.

Progress of practical application in industry

Major companies such as IBM, Google, and Microsoft have begun to research and develop quantum computers and offer prototypes and commercial cloud services.
The use of this technology in diverse fields, including finance, medicine, and logistics, has the potential to transform traditional business models.
For example, risk calculation using quantum computers will fundamentally change portfolio management in the financial industry, while logistics optimization will improve the efficiency of delivery networks.

Driving force behind huge investments

Another major factor is that governments and companies are accelerating their massive investments in quantum technology.
The development of quantum technology as a national project is underway, just as the Australian government and the state of Queensland are working with PsiQuantum of the United States on a project to develop a quantum computer.
Also,In the U.S., the government is focusing its support on the quantum field as a national strategy and strengthening cooperation with research institutes, universities, and companies.Quantum technology is becoming increasingly popular throughout industry.

Rapid market expansion forecast

In market research,Quantum Computing Market Projected to Reach US$12.6 Billion by 2032The number of companies in the region is estimated to be about 1.5 million. This corresponds to an average annual growth rate of 34.81 TP3T, indicating that the diffusion of related technologies and services is expected to be rapid.
This high growth rate reflects the potential for quantum computers to be applied in a wide range of fields as a next-generation fundamental technology.

New possibilities through integration with generative AI

The increasing integration of quantum computers and generative AI is expected to enable the analysis of large data sets and advanced predictive algorithms that were previously impossible.
This integration could not only revolutionize business strategies and economic models, but also contribute to the advancement of, for example, climate change prediction and personalized medicine.

Long-term social and industrial impact

The full commercialization of quantum computers will bring efficiency and innovation in many industries, including medicine, energy, manufacturing, and finance.
The development of quantum communication technology will also affect the field of security, improving cryptography and network security.
Like this,Quantum computers are not just a technological innovation, but have the potential to change the entire foundation of society.

These factors are intertwined, and the quantum computer market is currently the focus of worldwide attention. Although technical challenges remain, expectations are high that it is the key to the future.

What is a quantum computer? What is different from a conventional computer?

A quantum computer is a next-generation computer that uses the principles of quantum mechanics to perform calculations. The biggest difference from conventional computers is in the way they process information.

Main differences from conventional computers

• How to express information
  Conventional computers process information in bits (0s or 1s). Quantum computers, on the other hand, use quantum bits (qubits). Cubits allow "superposition," in which the states of 0 and 1 are held simultaneously.
• Parallel computing power
  The superposition property allows quantum computers to compute multiple states simultaneously. This property greatly speeds up problems that require sequential processing in conventional computers.
• Entanglement (quantum entanglement)
  Quantum entanglement allows multiple cue bits to interact with each other and process large amounts of information simultaneously in a single operation. This is a property that does not exist in conventional computers.
• Calculation speed scaling
  While the processing power of a conventional computer increases in proportion to the number of bits, the computational power of a quantum computer increases exponentially with each increase in the number of qubits.

Specific Areas of Application

The properties of quantum computers have the potential to overwhelm conventional computers in the following areas

• cryptanalysis: The ability to efficiently break public key cryptography.
• Molecular Simulation: Accelerate the development of new drugs and materials.
• optimization problem: Optimization of logistics and financial portfolio management.
• AI and Machine Learning: Analysis of complex data sets.

Challenges and Limitations

Current quantum computers have the following challenges

• Quantum bit stability: Errors are likely to occur.
• scalability: Building a large-scale quantum processor is technically difficult.
• Limited scope of application: There are only a limited number of fields suitable for practical application.

Quantum computers are expected to evolve not as replacements for conventional computers, but as "complementary entities" dedicated to specific applications.
Future technological developments are expected to overcome these issues and lead to an even wider range of applications.

How much growth is projected for the quantum computer market?

The quantum computer market is expected to grow rapidly.
According to a report by Fortune Business Insights,The market size in 2024 was about $1,160.1 million and will reach about $12,620.7 million by 2032It is considered to be a
This corresponds to a compound annual growth rate (CAGR) of 34.81 TP3TDo.

In the Japanese market, according to a study by Spherical Insights,Projected to expand at a CAGR of 35.81 TP3T between 2022 and 2032, reaching approximately $2,280.89 million in 2032The company has been

These growth projections are attributed to the advancement of quantum computer technology and its expanding application in diverse industrial fields.
In particular, it is expected to be used in the fields of finance, medicine, logistics, and energy, and is attracting increasing investment from governments and companies.

What are the different types of quantum computers?

Quantum types of quantum computers are classified according to the physical implementation method used to realize the qubits (cubits). Below are the main types.

superconducting quantum bit

A method of constructing a qubit using a superconducting circuit. By controlling the current and magnetic field in a superconducting state, a quantum state is generated.

• feature: Fast gate operation and relatively stable quantum states.
• Adoption examples: IBM, Google, Rigetti Computing.

Ion Trap Quantum Bits

A method of trapping ions in an electromagnetic field and manipulating their quantum state with a laser beam.

• feature: High accuracy and long coherence time (duration of quantum state).
• Adoption examplesIonQ, Honeywell, Inc.

photonic qubit

A method of encoding quantum information using photons (light particles).

• feature: No low temperature is required and can be applied to long-distance communication.
• Adoption examples: Xanadu (Xanadu: unlisted), PsiQuantum (PsiQuantum: unlisted).

topological qubit

A method of protecting quantum states with topology (geometric properties). It is believed to reduce the error rate, but is difficult to achieve.

• feature: Theoretically, very high fault tolerance.
• Adoption examples: Microsoft (under development).

nuclear spin qubit

A method of encoding quantum information using the spin of atomic nuclei.

• feature: Extremely long coherence time, but slow operation.
• Adoption examples: Research stage.

semiconductor quantum bit

A method of generating quantum states by controlling the spin and orbital of electrons using semiconductor materials.

• feature: High affinity with current semiconductor technology.
• Adoption examples: Intel, Toshiba.

Diamond Nitrogen Vacancy (NV Center) Quantum Bits

A method using the defect structure of nitrogen impurities in diamond.

• feature: Can be operated at room temperature and can be applied to quantum sensing.
• Adoption examples: Focused on applications in sensing technology.

molecular quantum bit

A method that uses the spin state of electrons and nuclei in molecules.

• feature: Chemically designable, molecular structure can be controlled.
• Adoption examples: Initial research phase.

Different types of quantum computers have different suitable application fields depending on their characteristics and advantages.
At present, superconducting and ion-trap qubits are the mainstream, but new approaches such as topological qubits are also attracting attention as promising future technologies.

Quantum computer-related stocks (U.S. stocks)

While large stocks such as IBM, Alphabet (Google), Microsoft, and others are examples of quantum computer-related stocks, this section focuses on small- and mid-cap stocks and includes those that I personally pay attention to.

IonQ [IONQ].

Corporate Strengths and Characteristics

IonQis a company that promotes the development and commercialization of quantum computers based on ion trap technology.
The company's quantum computers are offered on major cloud platforms, including Amazon Web Services (AWS), Microsoft Azure, and Google Cloud, making them accessible to a wide range of users.
IonQ is also developing its own cloud services to help promote quantum computing.

Reasons for Attracting Attention

IonQ recorded sales of $12.4M in 3Q2024, a growth of $102% over the same period last year.
In addition, the company received $63.5 million in new orders in the third quarter of that year, the majority of which came from a $54.5 million contract with the U.S. Air Force Research Laboratory (AFRL).
On the technology side, the goal is to realize a #AQ 64 system by the end of 2025, which is expected to improve the accuracy of qubits and ensure scalability.

Financial condition and growth potential

IonQ posted sales of $11.7M in Q4 2024, reaching $43.1M for the full year. This represents an increase of 951 TP3T from the previous year's $22.0M, indicating that the company is continuing on its growth trajectory.

In terms of new orders, the company received $95.6 million for the full year 2024, a significant increase from $72.8 million the previous year. Notably, the fourth quarter saw $22.7 million in new orders, including a $21.1 million contract with the U.S. Air Force Research Laboratory (AFRL).

Cash and investment balances totaled $363.8 million at the end of 2024, down from $455.9 million the previous year. This is due to aggressive investment activities.

The company expects 2025 revenues in the range of $75 million to $95 million and an Adjusted EBITDA loss of $120 million.

Challenges and Prospects

IonQ has made significant progress in the commercialization and technological development of quantum computers, but in an increasingly competitive market environment, continued innovation and market expansion are needed.
In particular, improving the accuracy of qubits and ensuring scalability are future issues.
However, the company has established a stable revenue base through contracts with government agencies and major corporations, and is expected to grow in the future.

IONQ: Quantum Computing Growth and Stock Potential - MiFsee

Until now, quantum computer-related issues have often been the focus of attention in the stock market. In particular, the possibility of the next breakthrough phase in the field of quantum computers is increasing as AI technology evolves more rapidly than ever before.

mifsee.com

Rigetti Computing [RGTI].

Corporate Strengths and Characteristics

Righetti (RGTI)is a full-stack company in the field of quantum computing, developing and manufacturing its own quantum processors based on proprietary superconducting qubits in-house.
Through its Quantum Cloud Service (QCS), the company provides businesses and research institutions with access to quantum computers, enabling the integration of quantum computing and traditional classical computing.

Reasons for Attracting Attention

Righetti (RGTI) announced a new 84-qubit quantum computer, Ankaa-3, in December 2024, achieving a two-qubit gate fidelity of 99.51 TP3T.
The system is expected to be integrated with Amazon Braket and Microsoft Azure in early 2025 to expand quantum cloud services.

In addition, the company is accelerating its efforts to make quantum computing practical, with plans to release a modular system with 36 qubits by mid-2025 and a system with more than 100 qubits by the end of the year.

Financial condition and growth potential

Sales for the fourth quarter of 2024 were $2.27 million, down from $3.38 million in the same period last year. The operating loss increased to $18.5 million, and profitability is an issue.
However, the company will launch its first commercial quantum processor, the Novera QPU, at the end of 2023, with sales to Montana State University and the UK government. The company has also entered into a five-year, $500 million strategic partnership with Taiwan's Quanta Computer to accelerate the manufacturing and bringing to market of quantum computing.

Challenges and Prospects

Rigetti has been selected by the U.S. Defense Advanced Research Projects Agency (DARPA) to participate in the Quantum Benchmarking Initiative, an evaluation process for the practical application of quantum computing technology. The company's CEO, Subodh Kulkarni, expects the market for quantum computing to expand over the next three to five years, with growth expected over the long term.

However, there are also issues such as technological competition with competitors and ensuring profitability, and efforts in both technological development and market development are required for sustainable growth.

Rigetti Computing (RGTI): Future Prospects and Stock Price Outlook - MiFsee

The field of quantum computing is undergoing remarkable development and has the potential to process complex calculations at high speeds that are not possible with conventional computers.

mifsee.com

D Wave Quantum [QBTS].

Corporate Strengths and Characteristics

D-Wave Quantum Inc (QBTS)is known as a pioneer in the commercialization of quantum annealing technology and has collaborated with leading companies such as Volkswagen, Denso, Toyota, and NEC to develop quantum applications in diverse fields including logistics optimization, scheduling, and drug discovery.

The company's quantum system, Advantage, contains more than 5,000 quantum bits and is designed for business. Through its cloud-based quantum service, Leap, the company also provides an environment for businesses and developers to access real-time quantum computing and build and run quantum applications.

Reasons for Attracting Attention

D-Wave (QBTS) is working with leading companies such as Volkswagen, Denso, Toyota, and NEC to develop quantum applications in areas as diverse as logistics optimization, scheduling, and drug discovery. The company's quantum system, Advantage, contains more than 5,000 quantum bits and is designed for business applications.

Through Leap, a cloud-based quantum service, the company is also creating an environment where companies and developers can access quantum computing in real time to build and run quantum applications.

Financial condition and growth potential

Sales for the first quarter of 2025 were $15.0M, an increase of 5091 TP3T over the same period last year. This was primarily due to the sale of Advantage2 systems to the Jülich Supercomputing Center in Germany.GAAP gross profit was $13.9M, an increase of $736% over the same period last year.
Net loss was $5.4 million, or $0.02 per share, a significant improvement from $17.3 million, or $0.11 per share, in the same period last year.

The cash balance as of March 31, 2025 was $304.3 million, a record high.

Challenges and Prospects

D-Wave has played a pioneering role in the commercialization of quantum annealing technology, but in an increasingly competitive market environment, there is a need to continue to drive innovation and market expansion.
In particular, improving the accuracy of qubits and ensuring scalability are future issues.

D-Wave Quantum (QBTS): Future Prospects and Stock Price Outlook - MiFsee

D Wave Quantum (QBTS) is an advanced technology company from Canada that was the first in the world to commercialize a quantum annealing quantum computer. The company has been a leader in research and development in the field of quantum computation for many years and continues to work with companies and government agencies to implement next-generation computing technology in society.

mifsee.com

Quantum Computing [QUBT].

Corporate Strengths and Characteristics

Quantum Computing (QCi: QUBT)is a U.S. company based on integrated photonics and quantum optics technology that develops machines and solutions based on quantum computing.

The company's products are characterized by their ability to operate at room temperature and low power consumption, and can be deployed in fields as diverse as artificial intelligence, cyber security, and remote sensing.
The company is particularly focused on the development and manufacture of quantum photonic chips using thin-film lithium niobate (TFLN), and is completing its own foundry in Tempe, Arizona, by 2025.

Reasons for Attracting Attention

QCi is in an advanced position in the development and commercialization of nanophotonics-based quantum machines.
The company is working with NASA, Delft University of Technology, and major automakers, among others, and has signed an agreement with NASA to utilize quantum technology in LIDAR data analysis.
In addition, the Arizona photonic chip foundry has received five initial orders for datacom, telecom, and quantum-enabled applications and is moving into the commercialization phase.

Financial condition and growth potential

Total revenue for the first quarter of 2025 was $39,000, up from $27,000 in the same period last year. Operating loss of $8.3 million remains in the red, though,
A non-cash gain of $23.6 million was recorded due to the gain from the valuation of the warrant liability, resulting in a net income of $17 million.
In the first quarter of the same year, the company raised $93.6 million in a private placement, bringing its cash balance to $166.4 million.
Over the past year, it has surged more than 1,2001 TP3T, and market expectations are high.

Challenges and Prospects

QCi is establishing itself as a growth driver by being unique in the field of photonics quantum computing and having innovative manufacturing capabilities.
On the other hand, stable sales growth and continuous cash flow will be a major challenge for the future, and expansion of commercial contracts in particular will be key to success.
In the future, the company is also looking to develop applications in the fields of quantum AI and quantum security, and is in a phase that requires continuous technological innovation and stronger connections with the market.

Quantum Computing(QUBT): Future Prospects and Stock Price Outlook - MiFsee

Quantum Computing (QUBT) is a US company specializing in the rapidly evolving field of quantum computing.

mifsee.com

Quantum security-related companies

Arqit Quantum [ARQQQ].

Corporate Strengths and Characteristics

アーキット・クアンタム（ARQQ）は、英国を拠点とするサイバーセキュリティ企業であり、量子安全な暗号化ソリューションを提供している。同社の主力製品であるSymmetric Key Agreement（SKA）プラットフォームは、軽量なソフトウェアエージェントを使用して、ネットワーク上の任意のデバイス間で安全な暗号鍵を生成・共有することを可能にする。

The SKA platform is offered as a cloud-based service (SKA-PaaS) or deployed as dedicated instances (SKA-PI) based on customer requirements. The SKA platform is offered as a cloud-based service (SKA-PaaS) or deployed as dedicated instances (SKA-PI) based on customer requirements.

Reasons for Attracting Attention

Arquit (ARQQ) has received multiple industry awards in the field of child-secure cryptography and was named an IDC Innovator for Post-Quantum Cryptography in 2024.
In addition, at Mobile World Congress 2024, the company received the GSMA Global Mobile Awards for Best Mobile Security Solution and the CTO Choice Award for Outstanding Mobile Technology. Mobile World Congress 2024.

In addition, through a partnership with Intel, SKA software is being integrated into Xeon processor-based devices for global sales deployment. 

Financial condition and growth potential

Sales for FY2024 totaled $293,000, down from $640,000 the previous year. This was primarily due to the absence of a large permanent licensing agreement in FY2024.

However, the company has a multi-year enterprise license agreement with a government end-user in the EMEA region that is expected to generate seven-figure annual revenues and is expected to start contributing to earnings in FY2025. The company also has a cash balance of $18.7 million as of September 30, 2024, which includes funding from a $13.6 million registered direct offering conducted in the same year.

Challenges and Prospects

Arcit has played a pioneering role in the commercialization of quantum secure encryption technology, but ensuring profitability and market expansion will be a challenge in the future.
In particular, in order to accelerate the commercial deployment of the SKA platform, there is a need to move from existing demonstration agreements to full-scale licensing agreements. In addition, in an increasingly competitive market environment, there is a need to continuously promote technological innovation and market development.

Arqit Quantum(ARQQ): Future Prospects and Stock Price Outlook - MiFsee

Arquit Quantum (ARQQ) has been touted as a key player in the next generation of cryptographic communications in the post-quantum era.

mifsee.com

Seal SQ [LAES

Corporate Strengths and Characteristics

Seal SQ provides secure microcontrollers incorporating quantum-resistant cryptography and related services.
The company's products have a wide range of applications in smart energy, smart home, medical and healthcare, IT network infrastructure, automotive, and industrial automation.

In particular, the QS7001 secure element implements the NIST standard CRYSTALS-Kyber and CRYSTALS-Dilithium algorithms to provide protection against quantum computer attacks.

Reasons for Attracting Attention

Seal SQ is focusing on the development of quantum-resistant cryptography to address the issue of conventional cryptography becoming vulnerable due to the advancement of quantum computing.

The company's QS7001 Secure Element is designed to protect blockchain assets such as bitcoin wallets from quantum attacks and combines key exchange with CRYSTALS-Kyber and digital signatures with CRYSTALS-Dilithium.
SEALSQ also offers quantum-resistant cryptography as a cloud-based service, providing an accessible solution for a wider range of users.

Financial condition and growth potential

SEALSQ's 2024 sales were approximately $10.98 million, down from $30.06 million the previous year. This decrease is due to the transition from traditional semiconductor products to quantum resistant semiconductor technology.
The company plans to commercialize new products in 2025, which is expected to lead to a recovery and growth in sales. The company has also allocated $7.2 million for research and development in 2025 and continues to develop quantum resistant technology.

Challenges and Prospects

SEALSQ plays a pioneering role in the market for quantum-resistant cryptography, but in an increasingly competitive market environment, there is a need to continue to drive innovation and market expansion.

In particular, there is a need to work toward the standardization and practical application of quantum-resistant cryptography. The company also provides comprehensive solutions to quantum computing threats through the provision of cloud-based quantum computing services and the development of secure elements that incorporate quantum-resistant cryptography.

Companies supplying quantum computer components and related technologies

Honeywell [HON].

Corporate Strengths and Characteristics

Honeywell is an American multinational company that manufactures and sells electronic control systems and automation equipment. The company uses technology in a wide variety of fields, including aerospace, construction, industry, logistics, and workers, to create a smarter, safer, and more sustainable world.

Quantum Computing Initiatives

Honeywell is also active in the field of quantum computing. The company's quantum computers are based on trapped-ion technology and boast high performance.
In 2021, the company merged with Cambridge Quantum Computing to form the world's largest stand-alone quantum computing company.
This new company provides leadership in both hardware and software for quantum computers.

Reasons for Attracting Attention

Honeywell is also using quantum computing technology to enhance cybersecurity.
The company offers solutions to enhance data security for utilities by utilizing cryptographic keys enhanced by quantum computers. The company provides enhanced protection against cyber threats in smart meters for gas, water, and electric utilities.

Financial condition and growth potential

Honeywell is one of the Fortune 100 companies and a giant with approximately 130,000 employees. The company's diversified operations and technological innovations have allowed it to maintain steady growth.
Aggressive investments and efforts in the field of quantum computing are also factors that will support future growth.

What ETFs are available to invest in the quantum computer sector?

When considering investing in the quantum computing field, one ETF that can invest in a wide range of related companies is the Defiance Quantum ETF (ticker: QTUM).
QTUM is an ETF that invests in companies active in the areas of quantum computing, machine learning, artificial intelligence (AI), big data, and cloud computing.

Main Features

• Number of components Approximately 70 companies
• Expense Ratio 0.40%
• Main Investment Targets Companies active in quantum computer research and development, related hardware, data connectivity, cooling systems, big data, machine learning, etc.

Main Constituents

• Baidu Inc (BIDU)
• ASUSTeK Computer (2357 TT)
• Alphabet Inc (GOOGL)
• NEC Corp (6701 JP)
• IonQ Inc (IONQ)
• Microsoft Corp (MSFT)
• Blackberry Ltd (BB)
• Taiwan Semiconductor Manufacturing (TSM)
• Nokia Corp (NOK)
• Qualcomm Inc (QCOM)

These companies are engaged in research and development of quantum computing technology and related fields, and it is possible to diversify investments in these companies through QTUM. However, QTUM is not only investing in quantum computing-related companies, but also in AI, big data, cloud computing, and other areas. However, it is important to understand that QTUM invests not only in quantum computing-related companies, but also in AI, big data, cloud computing, and other areas.

Quantum computer-related stocks (Japanese stocks)

Although we have very little invested in Japanese stocks, we feel that these companies are worth watching in the quantum computing arena.

QD Laser [6613].

Corporate Strengths and Characteristics

QD Laser is a company that develops, manufactures, and sells semiconductor lasers and retinal scanning laser eyewear. In particular, the RETISSA series, which projects images directly onto the retina, has attracted attention as an assistive device for the visually impaired.

Relevance to Quantum Computing

The company's semiconductor laser technology is the foundation for the development of quantum dot lasers. Quantum dot lasers are expected to be applied as a light source for quantum computing, and the company's technology may contribute to the development of quantum computers.

Challenges and Prospects

The key to future growth for QD lasers will be the expansion of the market for devices for the visually impaired and the development of applications for quantum dot lasers. In particular, if the technology is applied in the field of quantum computing, the company's technological capabilities may be further recognized.

Stock Price (6613) Chart (Yahoo! JAPAN Finance)

Fixed Stars [3687].

Corporate Strengths and Characteristics

Fixstars is a company specializing in high-speed software development to maximize computer performance.
In particular, the company focuses on multi-core processor-related business, providing software acceleration services for a variety of hardware, including CPUs, GPUs, and FPGAs.

Quantum Computing Initiatives

The company is also actively entering the quantum computing field: in 2017, it partnered with D-Wave Systems, Japan's first commercial provider of quantum annealing-based quantum computers, to promote the application of quantum annealing technology. From 2021, the company also offers a quantum annealing cloud, Fixstars Amplify, which provides a GPU-based high-performance computing platform that is interoperable with quantum annealing.

Reasons for Attracting Attention

Fixed Stars is attracting attention as a company that is leading the way in the commercial use and social implementation of quantum computing. Quantum computing is expected to be used in diverse fields such as logistics, manufacturing, transportation, communications, and finance, and the company's technology and services are contributing to solving issues in these fields.

Financial condition and growth potential

The company expects its earnings to increase in the future as the quantum computing market grows. In particular, the company expects to secure new sources of revenue by providing services that utilize quantum annealing technology.

Stock Price (3687) Chart (Yahoo! JAPAN Finance)

Brainpad [3655].

Corporate Strengths and Characteristics

Brainpad is a company specializing in promoting data utilization and helping companies with their digital transformation (DX) by providing data analytics and AI solutions.
In particular, the company has extensive experience in the fields of data mining and machine learning, optimizing the use of data in a diverse range of industries. 

Quantum Computing Initiatives

The company is also actively engaged in research and development of quantum computing technology.
In 2017, he published an explanatory article on quantum annealing on his official blog, Platinum Data Blog, providing information on the basics and applications of quantum computing.
The company also holds regular study sessions to share the latest technological knowledge both internally and externally, and holds seminars with experts in quantum computing. 

Reasons for Attracting Attention

In addition to providing data analysis and AI solutions, Brainpad is notable for its ongoing research and development of quantum computing technology.
In particular, the company is deepening its knowledge in the field of quantum computing by disseminating information on the application of quantum annealing technology and holding internal and external study sessions. These efforts demonstrate the company's technological capabilities and advanced nature, and are expected to lead to future growth. 

Stock Price (3655) Chart (Yahoo! JAPAN Finance)

Sec [3741].

Corporate Strengths and Characteristics

SEC is a company that focuses on embedded software development and has experience in fields as diverse as robotics, AI, space, and digital twin.
The company is particularly strong in the development of real-time systems and meets customer needs with its advanced technological capabilities. 

Quantum Computing Initiatives

The company is actively engaged in research and development of software for practical applications of quantum computing. In collaboration with the Center for Quantum Information and Quantum Life Research at Osaka University, the company has developed faster quantum programs and quantum multiprogramming functions, and has begun offering these in its quantum computer cloud service. 

Reasons for Attracting Attention

SEC has been recognized for its advanced efforts in the field of quantum computing. In particular, the development of faster quantum programs and quantum multiprogramming capabilities is considered an important step toward the practical application of quantum computers, and the company's technological capabilities and foresight are attracting attention. 

Stock Price (3741) Chart (Yahoo! JAPAN Finance)

summary

Quantum computers are an investment theme that is attracting a lot of attention for its potential and growth. We have looked in detail at individual stocks, ETFs, and Japanese stocks in which to invest.

Many of the quantum computer-related stocks mentioned in this report are small in size, and actual profit growth is not yet tangible because the technology is still under development. Among them,IONQhas been operating at a loss, but is steadily expanding sales, giving the impression that it is gradually gaining the trust of investors.

On the other hand, stock prices in this field tend to move ahead of the market based on market expectations, and caution should be exercised in investing in this area. In particular, the time it takes for quantum computers to become commercially viable and the technical challenges still exist.

With the rapid development of AI, quantum computer technology is also approaching a feasible stage. With each announcement of high-impact news related to quantum computers, the market is likely to re-evaluate the technology, making it an area to keep an eye on in the future.