The Roadmap to Quantum Value

We're excited to host you all at Q2B Tokyo in 2025!

The conference will be held exclusively in-person and presented in Japanese and English, with real-time interpretation.

Date
May
15
-
16
,
2025
Start time
8:00 am
Speakers
75
+
Venue
Grand Hyatt
Presented by:
SCROLL TO EXPLORE
Q2B is the global stage for quantum innovation, bringing together visionaries, researchers, and industry leaders to drive breakthroughs and shape the future of technology.
550
+
attendees
75
+
speakers
6
themes

Quantum Technology Themes

On premises Quantum Computer
Error Correction
Quantum AI
Communications & Security
Sensing & Timing
Computing

NEW! Present your industry quantum case study at Q2B

Introducing the Q2B Quantum Case Study Showcase! Find out how to get an invitation to give a talk at Q2B.

$100K Quantum Startup Pitch Competition

Presented by:

Join the Q2B23 Silicon Valley Startup Pitch Competition organized by Qubits Ventures*. Any startup with a focus on Quantum technologies and computing in seed or pre-seed stage can participate.Seven finalists will be selected to pitch in person at the Santa Clara Convention Center on December 6th, 2023. Finalists will also benefit from a full Q2B23 free pass for their speaker.

The deadline to submit a pitch for consideration is Wednesday, November 15, 2023. Qubits Ventures shall explore a potential investment of $100,000 with the winner of the pitch competition.

*Terms and conditions to participate shall apply.

Featured speakers

Partners

Agenda at a glance

Day 1
May 15, 2025
Time / 時間 Session / セッション
AM - 1 / 午前-1 Keynotes / 基調スピーチ
AM Coffee Break / 午前休憩 Coffee Break / 休憩
AM - 2 / 午前-2 Keynotes / 基調スピーチ
Lunch Break / お昼休憩 Lunch Break / お昼休憩
PM - 1 / 午後-1 Quantum Computing / 量子コンピュータ
Real-World Quantum: Security, Sensing, and Scientific Discovery / 現実世界の量子:セキュリティ、センシング、科学的発見
PM Coffee Break / 午後休憩 Coffee Break / 休憩
PM - 2 / 午後-2 Quantum Computing / 量子コンピュータ
Real-World Quantum: Security, Sensing, and Scientific Discovery / 現実世界の量子:セキュリティ、センシング、科学的発見
5pm / 17:00 Networking Happy Hour at Exhibition Area / 展示エリアにてネットワーキングハッピーアワー
Day 2
May 16, 2025
Time / 時間 Session / セッション
AM - 1 / 午前-1 Keynotes / 基調スピーチ
AM Coffee Break / 午前休憩 Coffee Break / 休憩
AM - 2 / 午前-2 Keynotes / 基調スピーチ
Lunch Break / お昼休憩 Lunch Break / お昼休憩
PM - 1 / 午後-1
From Vision to Deployment: Quantum’s Next Chapter / 構想から実用へ:量子の次章 Governments & Analysts / 政府と分析者
Case Studies / ケーススタディ Case Studies / ケーススタディ
PM Coffee Break / 午後休憩 Coffee Break / 休憩
PM - 2 / 午後-2
From Vision to Deployment: Quantum’s Next Chapter / 構想から実用へ:量子の次章 Governments & Analysts / 政府と分析者
Case Studies / ケーススタディ Case Studies / ケーススタディ
5pm / 17:00 Closing Keynote / 締めのスピーチ

Agenda

May 15, 2025

Time
CET
JST
PT
Name
Speakers
Session track
Location
8:00 am
-
8:55 am
Networking Breakfast
Networking
8:55 am
-
9:00 am
Welcome to Q2B25 Tokyo
Plenary Talks
Keynote Room
9:00 am
-
9:10 am
Presented by Jingo Kikukawa
Plenary Talks
Keynote Room
9:10 am
-
9:20 am
Presented by The University of Tokyo
Plenary Talks
Keynote Room
9:20 am
-
9:40 am
Toward Practical Quantum Computing: FTQC Algorithm Initiatives
Quemix is dedicated to developing practical and impactful quantum algorithms that have the potential to become industry standards. Our focus lies in quantum chemistry, computer-aided engineering (CAE), and machine learning—areas where quantum computing is expected to deliver real-world value in the near future. In this keynote, we will present the latest outcomes of our research and development efforts, highlight the significance of these results, and discuss the technical challenges we face. Through concrete examples, we will also share our vision for the road ahead as we move toward the practical deployment of quantum computing.
Plenary Talks
Keynote Room
9:40 am
-
10:00 am
Presented by Quantinuum
Plenary Talks
Keynote Room
10:20 am
-
10:50 am
Networking Coffee Break Sponsored by Quantinuum
Networking
10:50 am
-
11:10 am
Making Photonic Quantum Computation Scalable Using Single Atom
Realizing the full benefits of quantum computing requires the development of large-scale, fault-tolerant quantum computers, where photonics emerges as the most promising approach to accomplish this objective. One of the major hurdles in realizing large-scale photonic quantum computers lies in the generation of single photons and entangling gates. Quantum Source has developed a unique solution that significantly outperforms conventional methods in terms of efficiency, enabling the development of quantum computers with millions of qubits operating at room temperature.
Plenary Talks
Keynote Room
11:30 am
-
11:50 am
JHPC Quantum Project Towards Utility-Scale Quantum-HPC Hybrid Computing
We are conducting JHPC Quantum project to design and build a quantum-supercomputer hybrid computing platform by integrating different kinds of on-premises quantum computers, IBM superconducting quantum computer and Quantinuum trapped-ion quantum computer, with several supercomputers including Fugaku. We are aiming at utility-scale quantum-HPC hybrid computing using our JHPC Quantum platform. The overview and current status of the JHPC Quantum project with a perspective of quantum HPC hybrid computing will be presented.
Plenary Talks
Keynote Room
11:50 am
-
12:10 am
Presented by Qedma
Plenary Talks
Keynote Room
12:10 pm
-
12:30 pm
QuEra’s Path to Practical and Fault-Tolerant Quantum Computers
In 2025, QuEra delivered its second-generation gate-based quantum computer to Japan's National Institute of Advanced Industrial Science and Technology (AIST), marking a significant advancement towards building scalable and practical quantum systems. Furthermore, QuEra leads forefront of fault-tolerant technology by achieving break-even performance in Magic State Distillation. This presentation will explore how QuEra leverages AI-driven innovation to advance quantum systems and discuss the efforts toward realizing quantum computers that integrate fault tolerance, scalability, and practicality.
Plenary Talks
Keynote Room
12:30 pm
-
2:00 pm
Networking
2:00 pm
-
2:20 pm
Lessons learned: Navigating the Quantum Security Landscape at Fidelity Investments
Although quantum security technologies already can be applied for the long-term protection of valuable assets, current level of their implementation enables limited support for building quantum ready enterprise security systems. This presentation describes: + implementation of specific uses cases where we were able to successfully apply both QKD and PQC for securing data and processes. + integration of quantum security solutions into the enterprise infrastructure. + challenges we encountered along the road and how we addressed them. + rationale for the custom implementation of the hybrid of the key management system (KMS).
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
2:00 pm
-
2:20 pm
The Integrated Diamond Quantum Chip Revolution
Diamond quantum technologies are differentiated by the diversity of their applications across sensing, computing and communications and potential to deliver miniaturized mass-deployable devices to mass markets. Over the last 5 years, there has been a dramatic growth of the diamond quantum industry and an acceleration of the technology. Key to the future of diamond quantum technologies is the development of the integrated diamond quantum chip, which is the core focus of Quantum Brilliance and a profound opportunity for Japan.
Quantum Computing
Keynote Room
2:20 pm
-
2:40 pm
Presented by Classiq
Quantum Computing
Keynote Room
2:20 pm
-
2:40 pm
Presented by Nu Quantum
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
2:40 pm
-
3:00 pm
IQM: Unlocking the Power of On-Premise Quantum Computers
On-premise quantum computers provide organizations with complete control over data, security, latency, and system customization—enabling sensitive computations to be executed locally without depending on external cloud services. This talk explores how dedicated access to quantum hardware supports local quantum ecosystem, accelerates research and development, supports workforce training, ensures regulatory compliance, and allows seamless integration with existing IT infrastructures.
Quantum Computing
Keynote Room
2:40 pm
-
3:20 pm
Keio University Industrial Panel
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
3:20 pm
-
3:50 pm
Networking Coffee Break
Networking
3:50 pm
-
4:10 pm
Harnessing Quantum Sensing for National Security
Quantum clocks and sensors can provide highly precise timing and navigation in GPS-denied environments, but their widespread adoption is hindered by technical, economic, and policy bottlenecks. This presentation will examine strategies for governments to accelerate the development and deployment of quantum sensors to bolster national security applications in defense and critical infrastructure.
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
3:50 pm
-
3:10 pm
Quantum Ain’t Magic: A Case Study in Doing the Hard Stuff
Quantum Ain’t Magic: it takes more than cool hardware and clever algorithms to make quantum computers useful. In this talk, I’ll walk through what it actually takes to tackle a real, high-impact application in healthcare—using quantum computing to accelerate photodynamic therapy for cancer treatment. A behind-the-scenes case study in doing the hard stuff to make quantum matter.
Plenary Talks
Keynote Room
4:10 pm
-
4:30 pm
Presented by Toshiba Digital
Quantum Computing
Keynote Room
4:10 pm
-
4:30 pm
Bringing Quantum RF to Market, in support of Modern Communications & Sensing
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
4:30 pm
-
4:50 pm
Low Noise Technologies for Quantum Computing
We will introduce low-noise DC power supplies, low-noise voltage/current sources, and low-noise amplifiers that support quantum computing. By utilizing analog circuit technologies, we have achieved excellent low noise performance.
Quantum Computing
Keynote Room
4:30 pm
-
4:50 pm
A New Integrated Workflow Using AI and Quantum Computing for Materials Discovery
In this talk, we will present our research collaboration with industry and academic partners on integrating Artificial Intelligence (AI) and Quantum Computing (QC) for materials discovery. Specifically, we will introduce a new AI-QC workflow designed to accelerate materials discovery by leveraging the strengths of both technologies.
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
4:50 pm
-
5:10 pm
Japan's Initiative and Ambitions in the Quantum Industry
This presentation focuses on use cases for Quantum Technology and on Q-STAR’s continuing efforts to advance the industrialization of quantum technology.
Quantum Computing
Keynote Room
4:50 pm
-
5:10 pm
Quantum Algorithmic Design of Therapeutics Against Drug-Resistant Infections
Quantum computing (QC) has the potential to revolutionize medicine. However, how QC can be applied to important medical challenges remains unclear. Herein we map the problem of designing therapeutics against multidrug-resistant organisms (MDROs) onto a quantum circuit and develop a hybrid classical-quantum algorithm to accelerate and improve design of probiotics and prebiotics against MDROs. By dramatically improving the speed and efficacy of development of biotherapeutics for MDROs we aim to promote global health in the post-antibiotic era.
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
5:10 pm
-
5:30 pm
Quantum Computing Use Cases: Many More than You Might Have Expected
GQI has created an extensive data base consisting of hundreds of potential applications for quantum computing showing where this technology could be used. We have classified these use cases according to a number of different attributes including industry, problem area, algorithm, speedup potential, performance requirements, potential market size, etc. This presentation will provide a summary of our findings from this study.
Industry Case Studies
Keynote Room
5:10 pm
-
5:30 pm
Quantum/Classical Hybrid Application: Catalyst Development Utilizing Multidimensional Quantum Fourier Transform
We aim to realize quantum-classical hybrid applications by combining quantum computing technology with existing optimization and other techniques. As one of the examples, we will introduce a catalyst development scheme that involves exploring the surface structure of a material using quantum Fourier transform, followed by adsorption simulation on the surface using a quantum-inspired optimization technique, and complements these results with classical calculations. Co-authored with Prof. Yasushi Sekine, Waseda University.
Real-World Quantum: Security, Sensing, and Scientific Discovery
Tarragon Room
5:30 pm
-
6:30 pm
Networking

May 16, 2025

Time
CET
JST
PT
Name
Speakers
Session track
Location
8:00 am
-
8:55 am
Networking Breakfast
Networking
9:00 am
-
9:05 am
Welcome to Q2B25 Tokyo Presented by Quemix
Plenary Talks
Keynote Room
9:05 am
-
9:25 am
Creating Quantum Market and Ecosystem
Exploring the prospects and challenges of establishing an ecosystem for the creation of quantum market.
Plenary Talks
Keynote Room
9:45 am
-
10:05 am
Presented by Nu Quantum
Plenary Talks
Keynote Room
10:05 am
-
10:25 am
The Future of Quantum Industry: Challenges, Innovations, and Creation
Plenary Talks
Keynote Room
10:25 am
-
10:55 am
Networking Coffee Break
Networking
11:15 am
-
11:35 am
Presented by Fujitsu Research
Plenary Talks
Keynote Room
11:15 am
-
11:35 am
Hybrid Control: The Path Forward for Quantum Computing
Plenary Talks
Keynote Room
11:35 am
-
11:55 am
Plenary Talks
Keynote Room
11:55 am
-
12:15 pm
Orienteering for the Quantum Age: Delivering Quantum Advantage in GPS-denied Navigation
Plenary Talks
Keynote Room
12:35 pm
-
2:05 pm
Networking
2:05 pm
-
2:15 pm
Quemix Global Use Case Results
Industry Case Studies
Keynote Room
2:05 pm
-
2:25 pm
Demonstration Experiment for Early Realization of Quantum Computers in the Financial Field
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
2:05 pm
-
2:25 pm
METI's Initiatives to Industrialize Quantum Technology
Government & Analysts
Coriander Room
2:15 pm
-
2:45 pm
Presented by Quemix, Inc.
Industry Case Studies
Keynote Room
2:15 pm
-
2:45 pm
Quantum Computer Technology to Accelerate Experimental Data Analysis of Materials
In the field of materials exploration, it is essential to analyze the vast amounts of experimental data generated with both high speed and accuracy. This presentation will introduce a recent use case from a joint research project between Quemix and Honda R&D Co., Ltd., showcasing high-speed, high-precision experimental spectrum analysis performed using an actual quantum computer.
Industry Case Studies
Keynote Room
2:25 pm
-
2:45 pm
Quantum Innovation Ecosystem in Japan
This talk will provide an overview of Japan’s emerging quantum innovation ecosystem, focusing on how G-QuAT plays a key role in connecting stakeholders and the government, as well as the trends in global industry-academia collaboration. It will also cover how you can leverage G-QuAT as a platform to foster international partnerships and incubation.
Government & Analysts
Coriander Room
2:45 pm
-
3:05 pm
Building Quantum Readiness: Lessons from the UK National Quantum Computing Centre
As quantum computing progresses toward real-world impact, ensuring industry and government readiness is paramount. This talk explores lessons from the UK’s National Quantum Computing Centre (NQCC), highlighting key strategies for fostering adoption, identifying and addressing barriers, and aligning quantum capabilities with end-user needs to build a resilient quantum ecosystem.
Government & Analysts
Coriander Room
2:45 pm
-
3:05 pm
Q4Bio: A $50M Supported Challenge Program to Accelerate the Use of Quantum Technology to Human Health
I shall present the update of the Q4Bio program which is a $50M supported challenge program.
Industry Case Studies
Keynote Room
2:45 pm
-
3:25 pm
Quantum & HPC Integration Panel
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
3:05 pm
-
3:25 pm
Quantum Technology Landscape
This presentation delves into the evolving landscape of quantum technology, examining its transformative potential and the challenges that lie ahead. It provides a comprehensive overview of recent breakthroughs, real-world applications, and their implications across various industries. Additionally, it explores emerging research directions and future prospects, shedding light on the trajectory of this rapidly advancing field.
Government & Analysts
Coriander Room
3:05 pm
-
3:25 pm
Quantum Computing as a Service from QuEra, & its Cloud and HPC Customer Successes
QuEra’s 256-qubit analog-mode quantum computer Aquila has been available to the world since 2022 via an Analog Hamiltonian Simulation (AHS) service through Amazon Braket. It remains the only publicly accessible quantum computing service based on the neutral atom qubit technology, and among the most available and most reliable quantum devices on the cloud. This has enabled numerous use case studies spanning various customers and industries, and here we will highlight automotive, banking and HPC. In the meantime, QuEra is expanding its offerings into digital-mode quantum computing and on-premise HPC integration, both launching in 2025 with the next-generation machine at AIST in Japan.
Industry Case Studies
Keynote Room
3:25 pm
-
3:55 pm
Networking Coffee Break
Networking
3:55 pm
-
4:15 pm
Quantum Extreme Learning Machines: Industrial and Societal Applications
Quantum Extreme Learning Machines (QELMs) adapt classical extreme learning machines for quantum computing, offering faster training with fewer features and potentially improved accuracy. This talk presents the applications of QELMs in an industrial caseand two real-world systems from the Norwegian public sector (Cancer Registry and Oslo City). It also discusses challenges, future research directions, and other planned applications.
Industry Case Studies
Keynote Room
3:55 pm
-
4:15 pm
Presented by The University of Tokyo
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
3:55 pm
-
4:15 pm
Challenges in Creating a Quantum Industry in Japan and Introduction to Research Efforts in Chemical Applications based on FTQC
We will introduce Deloitte Tohmatsu's efforts in research, ecosystem creation, and industry support. Among these, we will present specific examples of quantum circuit compression and algorithm research in the field of chemistry, which are expected to be challenging in the era of FTQC.
Government & Analysts
Coriander Room
4:15 pm
-
4:35 pm
2nd Business Adoption Survey: How Enterprises Quantum Appetite has Changed Post-ChatGPT
Government & Analysts
Coriander Room
4:15 pm
-
4:35 pm
Mitsubishi Chemical Corporation Leverages Q-CTRL to Unlock New Performance Capabilities in Quantum Chemistry
Q-CTRL’s Fire Opal helped Mitsubishi Chemical Corporation set new records for performance in quantum chemistry using quantum phase estimation (QPE). This case study introduces a quantum algorithm for energy gap estimation in materials, leveraging a quantum phase difference estimation (QPDE) approach and tensor network-based unitary compression. It aims to improve the efficiency of QPE by reducing gate overheads, which is crucial for large-scale simulations.
Industry Case Studies
Keynote Room
4:35 pm
-
5:15 pm
Building Quantum Ecosystems Panel
Government & Analysts
Coriander Room
4:35 pm
-
5:15 pm
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
4:35 pm
-
4:55 pm
Efforts Towards the Extension of Quantum Computer Performance and Its Applications (Mitsubishi Electric and Mitsui & Co.)
Industry Case Studies
Keynote Room
4:55 pm
-
5:15 pm
Current State of Quantum Computing at SoftBank
In this talk, we will present examples of research initiatives on quantum algorithms undertaken at the SoftBank research lab. Additionally, we will discuss our collaborative project with RIKEN on the development of a quantum-supercomputers hybrid platform.
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
5:15 pm
-
5:35 pm
Current Status and Forthcoming Challenges
The semiconductor quantum computer is highly anticipated for the future due to the compatibility of its qubit fabrication process with conventional semiconductor manufacturing technologies. This talk will revie the key features of qubit devices, the current development status, and the forthcoming challenges.
Plenary Talks
Keynote Room
5:35 pm
-
6:05 pm
Closing Fireside Chat
Plenary Talks
Keynote Room
5:35 pm
-
6:05 pm
From Q2B25 Tokyo to Tomorrow: Insights and Future Directions for Quantum
Plenary Talks
Keynote Room

Time
CET
JST
PT
Name
Speakers
Session track
Location
8:00 am
-
8:55 am
Networking Breakfast
Networking
9:00 am
-
9:05 am
Welcome to Q2B25 Tokyo Presented by Quemix
Plenary Talks
Keynote Room
9:05 am
-
9:25 am
Creating Quantum Market and Ecosystem
Exploring the prospects and challenges of establishing an ecosystem for the creation of quantum market.
Plenary Talks
Keynote Room
9:45 am
-
10:05 am
Presented by Nu Quantum
Plenary Talks
Keynote Room
10:05 am
-
10:25 am
The Future of Quantum Industry: Challenges, Innovations, and Creation
Plenary Talks
Keynote Room
10:25 am
-
10:55 am
Networking Coffee Break
Networking
11:15 am
-
11:35 am
Presented by Fujitsu Research
Plenary Talks
Keynote Room
11:15 am
-
11:35 am
Hybrid Control: The Path Forward for Quantum Computing
Plenary Talks
Keynote Room
11:35 am
-
11:55 am
Plenary Talks
Keynote Room
11:55 am
-
12:15 pm
Orienteering for the Quantum Age: Delivering Quantum Advantage in GPS-denied Navigation
Plenary Talks
Keynote Room
12:35 pm
-
2:05 pm
Networking
2:05 pm
-
2:15 pm
Quemix Global Use Case Results
Industry Case Studies
Keynote Room
2:05 pm
-
2:25 pm
Demonstration Experiment for Early Realization of Quantum Computers in the Financial Field
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
2:05 pm
-
2:25 pm
METI's Initiatives to Industrialize Quantum Technology
Government & Analysts
Coriander Room
2:15 pm
-
2:45 pm
Presented by Quemix, Inc.
Industry Case Studies
Keynote Room
2:15 pm
-
2:45 pm
Quantum Computer Technology to Accelerate Experimental Data Analysis of Materials
In the field of materials exploration, it is essential to analyze the vast amounts of experimental data generated with both high speed and accuracy. This presentation will introduce a recent use case from a joint research project between Quemix and Honda R&D Co., Ltd., showcasing high-speed, high-precision experimental spectrum analysis performed using an actual quantum computer.
Industry Case Studies
Keynote Room
2:25 pm
-
2:45 pm
Quantum Innovation Ecosystem in Japan
This talk will provide an overview of Japan’s emerging quantum innovation ecosystem, focusing on how G-QuAT plays a key role in connecting stakeholders and the government, as well as the trends in global industry-academia collaboration. It will also cover how you can leverage G-QuAT as a platform to foster international partnerships and incubation.
Government & Analysts
Coriander Room
2:45 pm
-
3:05 pm
Building Quantum Readiness: Lessons from the UK National Quantum Computing Centre
As quantum computing progresses toward real-world impact, ensuring industry and government readiness is paramount. This talk explores lessons from the UK’s National Quantum Computing Centre (NQCC), highlighting key strategies for fostering adoption, identifying and addressing barriers, and aligning quantum capabilities with end-user needs to build a resilient quantum ecosystem.
Government & Analysts
Coriander Room
2:45 pm
-
3:05 pm
Q4Bio: A $50M Supported Challenge Program to Accelerate the Use of Quantum Technology to Human Health
I shall present the update of the Q4Bio program which is a $50M supported challenge program.
Industry Case Studies
Keynote Room
2:45 pm
-
3:25 pm
Quantum & HPC Integration Panel
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
3:05 pm
-
3:25 pm
Quantum Technology Landscape
This presentation delves into the evolving landscape of quantum technology, examining its transformative potential and the challenges that lie ahead. It provides a comprehensive overview of recent breakthroughs, real-world applications, and their implications across various industries. Additionally, it explores emerging research directions and future prospects, shedding light on the trajectory of this rapidly advancing field.
Government & Analysts
Coriander Room
3:05 pm
-
3:25 pm
Quantum Computing as a Service from QuEra, & its Cloud and HPC Customer Successes
QuEra’s 256-qubit analog-mode quantum computer Aquila has been available to the world since 2022 via an Analog Hamiltonian Simulation (AHS) service through Amazon Braket. It remains the only publicly accessible quantum computing service based on the neutral atom qubit technology, and among the most available and most reliable quantum devices on the cloud. This has enabled numerous use case studies spanning various customers and industries, and here we will highlight automotive, banking and HPC. In the meantime, QuEra is expanding its offerings into digital-mode quantum computing and on-premise HPC integration, both launching in 2025 with the next-generation machine at AIST in Japan.
Industry Case Studies
Keynote Room
3:25 pm
-
3:55 pm
Networking Coffee Break
Networking
3:55 pm
-
4:15 pm
Quantum Extreme Learning Machines: Industrial and Societal Applications
Quantum Extreme Learning Machines (QELMs) adapt classical extreme learning machines for quantum computing, offering faster training with fewer features and potentially improved accuracy. This talk presents the applications of QELMs in an industrial caseand two real-world systems from the Norwegian public sector (Cancer Registry and Oslo City). It also discusses challenges, future research directions, and other planned applications.
Industry Case Studies
Keynote Room
3:55 pm
-
4:15 pm
Presented by The University of Tokyo
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
3:55 pm
-
4:15 pm
Challenges in Creating a Quantum Industry in Japan and Introduction to Research Efforts in Chemical Applications based on FTQC
We will introduce Deloitte Tohmatsu's efforts in research, ecosystem creation, and industry support. Among these, we will present specific examples of quantum circuit compression and algorithm research in the field of chemistry, which are expected to be challenging in the era of FTQC.
Government & Analysts
Coriander Room
4:15 pm
-
4:35 pm
2nd Business Adoption Survey: How Enterprises Quantum Appetite has Changed Post-ChatGPT
Government & Analysts
Coriander Room
4:15 pm
-
4:35 pm
Mitsubishi Chemical Corporation Leverages Q-CTRL to Unlock New Performance Capabilities in Quantum Chemistry
Q-CTRL’s Fire Opal helped Mitsubishi Chemical Corporation set new records for performance in quantum chemistry using quantum phase estimation (QPE). This case study introduces a quantum algorithm for energy gap estimation in materials, leveraging a quantum phase difference estimation (QPDE) approach and tensor network-based unitary compression. It aims to improve the efficiency of QPE by reducing gate overheads, which is crucial for large-scale simulations.
Industry Case Studies
Keynote Room
4:35 pm
-
5:15 pm
Building Quantum Ecosystems Panel
Government & Analysts
Coriander Room
4:35 pm
-
5:15 pm
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
4:35 pm
-
4:55 pm
Efforts Towards the Extension of Quantum Computer Performance and Its Applications (Mitsubishi Electric and Mitsui & Co.)
Industry Case Studies
Keynote Room
4:55 pm
-
5:15 pm
Current State of Quantum Computing at SoftBank
In this talk, we will present examples of research initiatives on quantum algorithms undertaken at the SoftBank research lab. Additionally, we will discuss our collaborative project with RIKEN on the development of a quantum-supercomputers hybrid platform.
From Vision to Deployment: Quantum’s Next Chapter
Tarragon Room
5:15 pm
-
5:35 pm
Current Status and Forthcoming Challenges
The semiconductor quantum computer is highly anticipated for the future due to the compatibility of its qubit fabrication process with conventional semiconductor manufacturing technologies. This talk will revie the key features of qubit devices, the current development status, and the forthcoming challenges.
Plenary Talks
Keynote Room
5:35 pm
-
6:05 pm
Closing Fireside Chat
Plenary Talks
Keynote Room
5:35 pm
-
6:05 pm
From Q2B25 Tokyo to Tomorrow: Insights and Future Directions for Quantum
Plenary Talks
Keynote Room
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