Q2Bは、国際的な量子コミュニティコンピューティングエコシステムをつなぐために、8年連続で戻ってくることを楽しみにしています！世界中のトップ学者、業界のエンドユーザー、政府関係者、量子コンピューティングベンダーを特集します。
700
+
出席者
150
+
スピーカー
6
テーマ
量子技術テーマ
オンプレミス量子コンピュータ
量子誤り訂正
量子AI
通信とセキュリティ
センシングとタイミング
コンピューティング
Q2B で業界の量子ケーススタディを発表してください。
Q2B Quantumケーススタディショーケースをご紹介します！Q2B での講演の招待状を受け取る方法をご覧ください。
Join the Q2B25 SV Startup Pitch Competition by QAI Ventures !
発表者:
Are you building the future of quantum ? Apply now to pitch your quantum startup at Q2B25 Silicon Valley. Applications are closing on November 20th.
If you are an early stage startup (pre-seed or see) focused on quantum technologies or quantum computing, this is your moment.
Seven finalists will be selected to pitch live in front of a panel of investors and quantum industry experts. Each finalist will receive a free Q2B25 Silicon Valley full-conference pass for their speaker.
The winner will be invited to attend the last step of QAI Ventures Accelerator election process which is in person interviews in Calgary, subject the QAI Ventures' terms and conditions.
注目のスピーカー
Scott Aaronson
David J. Bruton Centennial Professor of Computer Science and Director of the Quantum Information Center
The University of Texas at Austin
John Preskill
Richard P. Feynman Professor of Theoretical Physics & Director of the Institute for Quantum Information & Matter
California Institute of Technology
Bob Sorensen
Chief Analyst for Quantum Computing
Hyperion Research, LLC
Joe Fitzsimons
CEO
Horizon Quantum
Matt Johnson
CEO
QC Ware Corp.
松下 雄一郎
代表取締役 CEO
株式会社 Quemix
Tomofumi Zushi
Manager
Sumitomo Rubber Industries, Ltd.
Edward Farhi
Principal Scientist
Google
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当日のアジェンダ
1 日目
December 9, 2025
二日目
December 10, 2025
3 日目
December 11, 2025
アジェンダ
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時間
中央ヨーロッパ時間
日本標準時
太平洋時間
[名前]
スピーカー
セッショントラック
ロケーション
2:00 pm
-
2:20 pm
December 11, 2025
IBM’s Roadmap and Illustration of Sample-Based Quantum Diagonalization
In this talk, I will present a tutorial on Sample-based quantum diagonalization (SQD), a technique for finding eigenvalues and eigenvectors of quantum operators, such as a quantum system Hamiltonian, using quantum and distributed classical computing together. I will show how SQD workloads run on IBM superconducting hardware enable finding approximate ground-state energies of the nitrogen molecule. I will also outline how developments on IBM’s hardware roadmap make this possible.
Quantum Vendors Tutorials
Room 203
2:20 pm
-
2:40 pm
December 11, 2025
PQC: What End Users Need to Know
This talk will demystify Post-Quantum Cryptography (PQC) for a non-technical audience, focusing on how this transition will impact end users. What will PQC mean for everyday software and hardware, or for online interactions? Attendees will leave with a clear understanding of the quantum threat and the simple, practical steps they can take to ensure their digital information remains secure in the post-quantum era.
Quantum Master Class
Mission City Ballroom
2:20 pm
-
2:40 pm
December 11, 2025
Quantum Computing with Cat Qubits
Cat qubits are a very promising modality for fault-tolerant quantum computing. Alice & Bob are pioneers in cat qubit technology. This talk explains the fundamentals of cat qubit technology, the results obtained so far by Alice & Bob, and their roadmap to a practical, working, fault-tolerant quantum computer.
Quantum Vendors Tutorials
Room 203
2:40 pm
-
3:00 pm
December 11, 2025
Massachusetts Quantum Initiative: Ecosystem Development and Strategic Priorities
Massachusetts is emerging as a leading quantum hub, driven by a unique convergence of world-class research institutions, a vibrant startup ecosystem, and strategic public-private partnerships. This presentation highlights the Commonwealth’s efforts to align demand, strengthen the quantum supply chain, and invest in workforce development to accelerate real-quantum technology adoption across industries.
政府と分析者
MR1
2:40 pm
-
3:00 pm
December 11, 2025
Breaking the Bottleneck: Modular Electronics to Unlock Scaled Qubit Architectures
We delve into how our modular approach at Qblox addresses critical challenges for scaling up quantum computers across a wide range of qubit modalities. We will demonstrate how the latest innovations from Qblox provide a pathway to more robust and scalable qubit control, including quantum error correction.
Error Correction & Quantum AI
Room 209
2:40 pm
-
3:00 pm
December 11, 2025
How Optically Linked Silicon Spins Overcome the Challenges of Scale
To reach the scale needed for commercially meaningful applications at a practical cost, every qubit technology will eventually benefit from expanding beyond a single module. Optically Linked Silicon Spins, a type of colour centre, were specifically chosen to be able to meet the needs of commercial applications by combining the compute power of spin qubits and the communication capabilities of photons, all in scalable silicon.
Quantum Vendors Tutorials
Room 204
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Q2B TOKYOのチケットのお申し込み
Q2B
Silicon Valley
