Q2B23-Tokyo

State-of-the-art Quantum processor requires a high-performance software stack. Keysight offers a complete software stack solution that allows users to define from high-level quantum circuits to low-level pulse sequences and cutting-edge performance with FPGA. The open architecture with compiler passes is fully customizable and flexible. The software stack also has off-the-shelf world-class error diagnostics and error […]

Quantinuum unites best-in-class software with high-fidelity hardware to accelerate quantum computing. With integrated full-stack technology, our world-class scientists are rapidly scaling quantum computing. This session will present the recent updates achieved by Quantinuum, which includes the new-gen hardware launch. Keisuke Kishida, Technical Solution Specialist, Quantinuum

Sebastian Weidt, CEO, Universal Quantum

Cory Vander Jagt, VP Business Development & Strategic Alliances, RIverlane

Nir Minerbi, CEO & Co Founder, Classiq

Quantum computing technology is rapidly evolving, promising to revolutionize various industries and solve complex problems that were once thought to be insurmountable. In this presentation, we will explore the journey organizations will make to use quantum computing. We will introduce Strangeworks and discuss our expertise in enabling organizations to harness the power of quantum-inspired technology […]

Quantum Computing (QC) currently falls behind classical computing in most practical applications. However, its unique computational approach holds the potential to revolutionize scientific computing and unlock discoveries in various fields that were previously inaccessible using classical methods. Despite this potential, research on the application of QC to real-world problems is still in its early stages. […]

Today’s quantum computers are small and fail quickly due to the flood of errors produced by inherently unstable qubits. Adding a real time ‘quantum error correction’ layer is the only way to scale quantum computers to reliably perform calculations that classical computers never could. This talk will show the roadmap to achieve this. Steve Brierley, […]

Dr. Michael J. Biercuk, CEO & Founder, Q-CTRL

A superconducting quantum computer with 64 qubits will be released from RIKEN RQC-Fujitsu Collaboration Center this year. We will explain our hardware technology including that for the 64-qubit system. We will also explain a new quantum computing architecture with error correction technology and our efforts for developing applications. Dr. Shintaro Sato, SVP, Head of Quantum […]

We have commercialized "Quantum Inspired Optimization Solution SQBM+™" that can be used immediately on cloud environments such as AWS. In this presentation, we will introduce the latest status of this product and use case examples including on-premise implementation and FPGA implementation. Masaru Watabiki, Senior Expert, Toshiba Digital Solutions Corporation

At QunaSys, we have been conducting research and development for the application of quantum computing, particularly to chemistry. In this presentation, we will introduce QunaSys' recent efforts, including the development of new products, initiatives for community expansion, algorithm improvements for applications in chemistry, and novel applications of quantum computing. Keita Kanno, CTO, QunaSys, Inc.

Will Jasprizza, QC Ware

Fault-tolerant quantum error correction techniques are designed to protect quantum computers from experimental noise, but they are too resource intensive for existing hardware. We propose a partially fault-tolerant implementation of the ] quantum error detection code — nicknamed Iceberg code — to protect expressive quantum circuits on existing trapped-ion computers. Experiments on Quantinuum’s 12-qubit H1-2 hardware demonstrate the protection of […]

  Masahiro Horibe, Senior Planning Manager, National Institute of Industrial Science and Technology

Three critical challenges as the qubit increase in the control electronics: high-fidelity gates and readout, scalability, feedback, and quantum error correction. Keysight Quantum Control Solution (QCS) addresses these challenges with direct digital conversion, modular architecture for high scalability, and low-latency feedback capability. On the other hand, the new Quantum EDA solution helps design the qubits […]

We launched a new Quantum education program in Korea by establishing a consortium of universities, industry partners, and research institutes to nurture global leaders equipped with quantum technology. The consortium aims to establish a new quantum curriculum and create a self-sustaining ecosystem where future quantum workforces can thrive. Eunseong Kim, Professor, Head, Graduate School of […]

Join OQC's Chief Technology Officer, Simon Phillips,  as he explores how OQC is taking quantum out of the lab and into the real world. Experience a new era of quantum computing that is ready when, where, and how you need it, revolutionizing the possibilities for your business. Atsushi Sugiura, Japan Country Manager, Oxford Quantum

Building on a long history in quantum information science and technology, the quantum program at NIST today spans computing, sensing, networking, enabling technologies, and fundamental science. This presentation provides an overview of latest developments, with a focus on driving innovation for industry. Dr. Andrew C. Wilson, Quantum Physics Division Chief, National Institute of Standards and […]

Tony Ford, Fellow, Oxford Instruments Japan  

Richard Murray, CEO, ORCA Computing

Phillip White, Technology Specialist, UK Department for Business and Trade

Commercially-useful quantum computers will require millions of physical qubits; a target which none of the qubit types known today can reach in a single Quantum Processing Unit (QPU). Fault Tolerant Quantum Computers will be comprised of tens or hundreds QPUs interconnected via Quantum Networking Units, enabling datacenter-scale entanglement distribution. Nu Quantum, Cambridge-UK based company, is […]

Quantum Software Research Hub at Osaka University promotes the development of algorithms for a wide range of fields from quantum chemistry to financial applications. In this talk, we will discuss the potential of quantum computers for industrial applications by reviewing the algorithm libraries developed in the hub and by introducing the joint research being conducted […]

Q-STAR（Quantum STrategic industry Alliance for Revolution）was established in September 2021 to promote the creation of quantum-related industries and businesses. A proactive approach and a scope that embraces diverse quantum technologies and industry creation in many sectors has attracted  widespread support, and today, Q-STAR is an alliance of 83 member companies.  The presentation introduces Q-STAR's accomplishments […]

We will introduce our efforts in quantum computing technology development and share case studies of system implementation for addressing business challenges and social issues.   Hiroshi Chishima, Senior Professional, NEC Corporation

The quantum computing and quantum technology industry in Korea has been rapidly growing thanks to the government's broad leadership in research and development investment. Along with the support from the government, the Korea industry community has recently initiated an industry association to establish a business alliance to foster the quantum industry ecosystem in Korea. We […]

Our latest product, JijZept, is a unique optimization computation platform that integrates quantum technology with traditional mathematical optimization techniques. This tool provides comprehensive support from research and development to proof-of-concept experiments for actual applications, addressing large-scale and complex problems by combining classical mathematical optimization solvers with quantum computers and Quantum Inspired technology. Additionally, we will […]

Dr. Ross Grassie, Technical Programme Manager and Senior Researcher, Quantum Software Laboratory and National Quantum Computing Centre

Helmut Katzgraber, Global Practice Lead, AWS

In the name of the 'New Form of Capitalism,' the Kishida administration aims to revitalize Japan as a technological powerhouse. Meanwhile, in the midst of growing international tensions, the acquisition and continuous development of advanced technology, particularly next-generation computing power using quantum computing, are regarded as the most effective means of ensuring national security for […]

Diamond is an excellent host for spin-based qubits, and the spin in diamond has excellent properties. In this talk, core technologies on material, sensor systems, and applications for life science and energy electronics are introduced. Mutsuko Hatano, Professor, Tokyo Institute of Technology

Realizing the potential of quantum computing will require and leverage high performance computing and AI. From powerful simulation to enable algorithms research to hybrid applications, from calibration and control to error mitigation and error correction, high performance computing is an essential resource to make quantum successful. This talk will outline NVIDIA's quantum platform and how […]

This presentation explores the current landscape of quantum computing, highlighting its potential and challenges. It provides an overview of recent advancements, applications, and the impact of quantum computing on various industries, along with a presentation on the future prospects and potential directions of research in this rapidly evolving field. Jiyoung Choi, COO, VALUENEX, inc.

The quantum technology now facilitates the emerging of new types of sensors, communication technologies, and quantum computers. In this presentation, we will report the research activities performed at AIST with regards to the high-performance optical quantum sensors and the metrology for quantum optics aiming to support the future quantum technological industries. Daiji Fukuda, Prime Researcher, […]

Atom Computing's atomic array devices accelerate the path toward large-scale, gate-based quantum computers. In this talk we will provide a high-level overview of Atom Computing’s technology and vision for the future, and how we’re making progress right now. Dr. Remy Nottermans, Director of Strategic Planning, Atom Computing

The presentation will focus on the status of potential applications that will show either a commercial or scientific advantage of using a quantum computer versus a classical computer. It will highlight some of the recent progress towards reaching this goal and provide some insight on what and when to expect it in the future. Doug […]

The Quantum Internet represents a future information and communication network composed of diverse quantum devices centered around quantum computers of various sizes. This talk will explore the future prospects of the Quantum Internet, discuss the research and development efforts undertaken by the speaker and their colleagues, the current state of the ecosystem, and actions deemed […]

Gate-based quantum computers have recently become widespread, and accessible to all via the cloud. However, in this NISQ computing era, systems are limited in size and capacity in such a way that currently available devices can invariably be simulated with laptops or clusters. With the goal of pushing the edge of computation and enabling discovery […]

Pr. Dr. Niko Mohr, Expert Partner, McKinsey & Company

Amazon Braket is a fully managed quantum computing service designed to support accelerated scientific research and software development for quantum computing. Amazon Braket provides hardware such as Rigetti, OQC as a superconducting quantum computer, IonQ as an ion trap quantum computer, and QuERA as a neutral atom quantum simulator, and can be used for a […]

We will introduce low-noise DC power supplies, low-noise signal sources, and low-noise amplifiers that support quantum computing. By utilizing analog circuit technologies, we have achieved excellent low noise performance. Takehito Kamimura, Technical Specialist, NF Holdings Corporation

Quantum computing technology is attracting a lot of attention, However, there have been cases where the short-term return on investment for too big a vision has been too great to be successful. With the emergence of various quantum-related technologies, what kind of technologies should be handled and in what time span? NTT Data's point of […]

  Nicole Barberis, Technical Director, GTM Sales Engineering, IonQ

Hitachi is developing quantum related technologies, gate-type quantum computing and CMOS annealing. In this talk, the development policy of these technologies will be presented. The current status of CMOS annealing implementation to the real applications will also be presented. Masanao Yamaoka, Senior Manager, Hitachi, Ltd.  

As a method to enhance MRI sensitivity, we utilize a spin hyperpolarization technique that we had studied for initialization of NMR quantum computers. We can increase nuclear spin polarization and NMR sensitivity with using the quantum process in pentacene or NV centers with an enhancement factor of 1,000-10,000 at room temperature. Hypersensitive NMR and MRI […]