Photo: © MQV | Mikka Stampa
Fault-tolerant Quantum Computing: From Fundamentals to advanced Concepts and Algorithms
- English
- Online/Distance
- tba
- 4 Online Sessions + self-study over a period of 8 weeks
- 500 €, Discounts available
Are you an expert in the field of quantum computing looking to delve into the topic of fault-tolerant quantum computing?
Designed for individuals already well-versed in quantum computing, our Certificate Program, ‘Fault-Tolerant Quantum Computing: From Fundamentals to Advanced Concepts and Algorithms,’ at the Technical University of Munich, offers a specialized focus on the topic of fault tolerance, guiding participants from the basics to advanced algorithms and methodologies in this critical area.
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Why this program?
Enrolling in our prestigious program will provide you with various advantages:
- Cutting-Edge Research: Gain insights into recent research in fault-tolerant quantum computing, giving you access to groundbreaking advancements and cutting-edge knowledge.
- Exclusive Networking: Connect with your fellow participants and professionals in the field to build a powerful network of quantum experts.
- Practical Expertise: Develop hands-on skills through exercises, projects, and real-world applications, ensuring you are well-equipped for the challenges of fault-tolerant quantum computing.
- Prestigious Credential: Upon successful completion, receive a highly coveted confirmation of participation from the Technical University of Munich, solidifying your expertise and opening new doors in your career.
What you will learn?
Our program offers a comprehensive exploration of the following areas:
- Quantum Error Correction: Start with the basics of quantum error correction, like repetition codes and the basics of stabilizers.
- Fault-tolerant Quantum Computing: Dive deep into the principles of fault-tolerant quantum computing, including stabilizer codes, transversal gates, and the threshold theorem.
- Advanced Quantum Algorithms: Explore advanced concepts like quantum signal processing, qubitization, and linear combination of unitaries.
- Challenges and Future Directions: Discover how fault-tolerant algorithms affect resource requirements in real-world applications and learn about the state-of-the-art of fault-tolerant quantum computing.
- Error mitigation: Get a brief overview of error mitigation techniques as a stepping stone towards fault-tolerant quantum computing.
Details
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Academic Responsibility:
- Prof. Dr. Alexander Holleitner, Walter Schottky Institut und Physik Department, Lehrstuhl für Nanotechnologie und Nanomaterialien , Technische Universität München
- Prof. Dr. Jan von Delft, Lehrstuhl für theoretische Festkörperphysik, Fakultät für Physik, Ludwig-Maximilians-Universität München
- Prof. Dr. Alexander Holleitner, Walter Schottky Institut und Physik Department, Lehrstuhl für Nanotechnologie und Nanomaterialien , Technische Universität München
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Module(s):
Principles of Fault-tolerant Quantum Computing
Algorithms – Part 1
Algorithms – Part 2
Resource Analysis
Question Session (optional)
- Language: English
- Target Group: Experts in the field of Quantum
- Program Fee*: 500,00 €
- Format: Online Course
- Application Deadline: tba
- Discounts: 10% discount for TUM Alumni and members or employees of our strategic cooperation partners (see below)
*Based on our experience, the German tax benefits help many of our participants to self-finance their education as these can be worth of up to 50% of tuition fees and program related travel costs. Please, consult your personal tax advisor for more details. For participants of our programs residing outside Germany this might be applicable, please check the situation with the local tax authorities in your country of residence.
Testimonials
Content
- Repetition Codes
- Basics of Stabilisers
- Stabilizer Codes
- Transversal Gates
- Threshold Theorem
- FTQC
- Quantum Signal Processing
- Qubitization
- Linear Combination of Unitaries
- Computational Overhead FTQC
- State-of-the-Art
- Short overview: Error Mitigation
Lecturers
- Dr. Judith Gabel, Chair of Theoretical Solid State Physics, Faculty of Physics, Ludwig Maximilian University of Munich
- Dr. Björn Ladewig, Chair of Theoretical Solid State Physics, Faculty of Physics, Ludwig Maximilian University of Munich
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Our participation and cancellation policy can be found here.
Please note: The current Corona regulations apply to all programs. We will continuously inform registered participants about any changes, e.g. regarding the implementation of on-campus events. If you have any questions, please contact our program managers at any time.
Contact
Get in touch
- Franziska Sennebogen
Program Manager - Phone +49 89 289 26761
- E-Mail Franziska Sennebogen
