The Frontline of Quantum Computing Developments

QuantumComputing

Date: 12:30-14:00, Wed., Dec. 14

Venue: Conference Room 609, Conference Tower, Tokyo Big Sight / Online_(Zoom)

Fee_{(Exclusive of tax)} :

SEMI Members 6,000JPY (*Ticket application valid until Fri. Dec 9 (JST). Thereafter, Non-members price will be applied. )

Non-Members 12,000JPY

*Above Fee Includes
- Download Presentation Materials_{(some presentation materials might be written in Japanese.)}
- Link to Join the Zoom Webinar

Session Description

Quantum computing technology is expected to be a future technology for DX and GX realization, and its development and social applications are advancing rapidly. In this seminar, we will invite leading developers of quantum computing technologies to explain the recent trends in quantum computing technology development in an easy-to-understand manner.

*This session is conducted only in Japanese.

Program Agenda

12:30 - 13:15

Quantum Computing at Fujitsu

Shintaro Sato

Head of Quantum Laboratory

Quantum Laboratory, Fujitsu Research

Fujitsu

Fujitsu works on research and development (R&D) of various computing technologies to solve societal problems. In this presentation, I talk about quantum computing, especially about the general R&D situations and important issues to address to realize it. Also, I explain R&D of quantum computing at Fujitsu. The explanation includes our R&D efforts through open innovation, technology areas we work on, and recent research topics.

13:15-14:00

R&D of Semiconductor Spin-based Quantum Computers

Seigo Tarucha

Deputy Center Director

RIKEN Center for Emergent Matter Science Research Group Director

Development of Semiconductor Quantum Computer

Silicon is a promising platform for making qubit devices in quantum computation because of the long intrinsic coherence time and compatibility with semiconductor manufacturing technology. Taking these advantages fault tolerant quantum operations have been achieved. This talk describes the key resources to implement the quantum gates and applications of industrial technology for making multi-qubit devices.

Moderator

Takahiro Mori

Chief Senior Researcher

Exploratory Semiconductor Device Research Group, Device Technology Research Institute

NATIONAL INSTITUTE OF ADVANCED INDUSTRIAL SCIENCE AND TECHNOLOGY (AIST)

Stage Sponsors

TEL

TOKYO SEIMITSU