Quantum Taiwan 2026

Symposium Full Program

The complete two-day schedule for November 10–11, covering keynotes, themed sessions, industry talks, and networking events.

Quantum Taiwan 2026 Program Poster

01.1 — Day 1 Schedule (Nov 10, Tue)

TIME	SESSION
08:20–09:00	Registration
09:00–09:15	Opening Remarks & Group Photo
09:15–10:05	Keynote Lecture 1
09:50–10:20	Coffee Break & Exhibition Networking
10:30–12:00	Invited Talks & Panel Q&A Session: Quantum Computing
12:00–12:30	Industry Talk Classiq Technologies G.K. D-Wave Quantum
12:30–13:50	Lunch Break
14:00–14:30	Industry Talk Fujitsu Limited IBM
14:30–16:00	Invited Talks & Panel Q&A Session: Hybrid Computing
16:00	Symposium Wrap-up Day 1 program concludes; attendees invited to 1F Exhibition

01.2 — Day 2 Schedule (Nov 11, Wed)

TIME	SESSION
08:30–08:50	Registration
08:50–09:00	Opening & Group Photo
09:00–09:50	Keynote Lecture 2 Prof. Pascale Senellart (Quandela)
09:50–10:20	Coffee Break & Exhibition Networking
10:20–11:50	Invited Talks & Panel Q&A Session: Photonic Quantum Technologies
11:50–12:35	Industry Talk (Part III) IQM Quantum Computers Quantum Machines / Omega Scientific Taiwan Hermes-Epitek
12:35–13:50	Lunch Break
14:05–15:35	Invited Talks & Panel Q&A Session: Quantum-Safe Network
15:35	Closing Remarks

Notes

The schedule above reflects the current plan and may be subject to minor adjustments. All sessions will be held in TICC Room 201 unless otherwise noted.

Detailed speaker breakdowns for each session, including individual time slots, are listed further below.
A downloadable Full Program (PDF) will be made available closer to the event date.
For updates, please check this page periodically or contact the organizing team.

Quantum Taiwan 2026

Poster Showcase

The Poster Showcase highlights the latest research achievements and technological innovations from the National Quantum Consortium. Through poster presentations and direct engagement with researchers, attendees will discover advances in quantum science and technology, emerging applications, and opportunities for collaboration. We welcome researchers, industry partners, and government representatives to join us in celebrating progress and shaping the future of quantum technology.

Project · 01

Building a Scalable Superconducting Quantum Computer

Chii-Dong Chen · Academia Sinica

Project · 02

Towards a Scalable Quantum Processor using CMOS Integratable Germanium Qubits

Pei-Wen Li · National Yang Ming Chiao Tung University

Project · 03

Quantum Computing and Simulation with Neutral Atoms

Ying-Cheng Chen · Academia Sinica

Project · 04

CMOS-compatible Quantum Processor with Silicon-based Spin Qubits and Cryo-CMOS Integrated System

Shawn Shuo-Hung Hsu · National Tsing Hua University

Project · 05

Silicon-Based Quantum-Dot Quantum Computing

Hsi-Sheng Goan · National Taiwan University

Project · 06

Cryo-CMOS for Control and Readout of Solid-State Qubits

Jiun-Yun Li · National Taiwan University

Project · 07

Developing Superconducting Parametric Amplifiers

Jeng-Chung Chen · National Tsing Hua University

Project · 08

The Research on Advanced Fabrication and Quantum Information Applications of Fluxonium Superconducting Qubits

Yen-Hsiang Lin · National Tsing Hua University

Project · 09

Investigation of Key Components, QKD Protocol, and System Integration toward Fiber-based WDM Optical Quantum Communication—from Engineering Viewpoint

Gong-Ru Lin · National Taiwan University

Project · 10

Multi-functional Quantum Communication Network

Chih-Sung Chuu · National Tsing Hua University

Project · 11

Integrated Photonic Quantum Computing Based on Non-Gaussian Continuous-Variable States with Error Code Correction

Yen-Hung Chen · National Central University

Project · 12

Quantum Photonic Chips and the Application of Integrated Multi-Channel Quantum Random Number Generator

Ming-Chang Lee · National Tsing Hua University

Project · 13

Enabling Efficient Quantum Simulation of Chemical Systems through Characterization and Utilization of Device Noises

Yuan-Chung Cheng · National Taiwan University

Project · 14

Quantum Virtual Machine

Pochung Chen · National Tsing Hua University

Project · 15

Quantum Program Verification and Transformation

Jie-Hong Roland Jiang · National Taiwan University

Project · 16

Quantum Error Correction for Near-Term Quantum Computing Technologies

Ching-Yi Lai · National Yang Ming Chiao Tung University

Project · 17

Theoretical Development in Quantum Computer Science

Kai-Min Chung · Academia Sinica

Project · 18

Applications of Quantum Computing in Optimization and Finances

Ching-Ray Chang · Chung Yuan Christian University

Keynotes, invited talks, and panel discussions across four quantum technology themes at TICC Room 201.

Symposium Full Program

Keynote Lecture 1

Invited Talks & Panel Q&A

Industry Talk

Industry Talk

Invited Talks & Panel Q&A

Keynote Lecture 2

Invited Talks & Panel Q&A

Industry Talk (Part III)

Invited Talks & Panel Q&A

Notes

Keynotes

Poster Showcase

Building a Scalable Superconducting Quantum Computer

Towards a Scalable Quantum Processor using CMOS Integratable Germanium Qubits

Quantum Computing and Simulation with Neutral Atoms

CMOS-compatible Quantum Processor with Silicon-based Spin Qubits and Cryo-CMOS Integrated System

Silicon-Based Quantum-Dot Quantum Computing

Cryo-CMOS for Control and Readout of Solid-State Qubits

Developing Superconducting Parametric Amplifiers

The Research on Advanced Fabrication and Quantum Information Applications of Fluxonium Superconducting Qubits

Investigation of Key Components, QKD Protocol, and System Integration toward Fiber-based WDM Optical Quantum Communication—from Engineering Viewpoint

Multi-functional Quantum Communication Network

Integrated Photonic Quantum Computing Based on Non-Gaussian Continuous-Variable States with Error Code Correction

Quantum Photonic Chips and the Application of Integrated Multi-Channel Quantum Random Number Generator

Enabling Efficient Quantum Simulation of Chemical Systems through Characterization and Utilization of Device Noises

Quantum Virtual Machine

Quantum Program Verification and Transformation

Quantum Error Correction for Near-Term Quantum Computing Technologies

Theoretical Development in Quantum Computer Science

Applications of Quantum Computing in Optimization and Finances

Resources