Tandem Mentoring Program
The Tandem Mentoring Program by QUARKS connects students, companies, and academic experts in a unique mentoring experience focused on quantum communication and quantum computing.
Guided by university researchers, participants exchange knowledge, explore real-world challenges, and build bridges between academia and industry. Registration closes on 12th of September 2025 — don’t miss your chance!
Beat the Quantum Randomness
Human vs. Quantum computer
How random can you type a row of fifty 0 and 1? Is your input more random than the output of a quantum computer? Give it a try and learn more about the way a quantum computer works!
Quantum computing
2 QUBITS each computer.
Quantum computers use a processor that performs calculations based on the principles of quantum mechanics. Instead of classical bits, it uses QUBITS. This enables calculations that would take a classical computer exponentially longer to perform.
Qubit
Manipulated and measured quantum particles. Electrons or photons can be used as qubits
Quantum Communication
Definition of the Ministry of Research, Technology and Space
There are different quantum communication protocols, e.g. the E91 protocol, which uses entangled quantum states to exchange keys in data transmission. The BB84 protocol in contrast relies on the polarization of photons. Unlike conventional cryptographic methods, the security of quantum communication is based on a physical law of nature and not on mathematical assumptions. However, as quantum states are very fragile, their transmission poses considerable technical challenges.
Want to be a QUTie!
Become a QUTie – QUANTUM TANDEM
Working in mixed groups of industry partners and students, you will learn about quantum communication and computing with the support of scientists from TU Dresden. From September 2025 to June 2026, there will be ten Thursday workshops, each with a different focus.
Students classes 10 – 12
- Gain direct insights into quantum communication research
- Personal development and future orientation
- Gain practical experience and engage in individual exchange
Industry partner
- Gain direct insights into quantum communication research
- Recruitment of specialists and the long-term promotion of young talent
- Knowledge growth and networking
- A front row seat at the birth of a new technology
- Opportunity to further develop your own product | business model and make it fit for the future
Confirmation of participation
As part of the programme, we require your consent or the consent of the parents of minors.
Please complete the registration form, which also constitutes your acceptance of the programme’s terms and conditions and privacy policy, as well as your consent to the use of photos and videos and to the conduct of scientific surveys in which you will remain anonymous.
This Zip Document contaions the Registration form for students, the photo and video permission, the Consent to the collection of scientific data as well as the terms and conditions.
This Zip Document contaions the Registration form for employees, the photo and video permission, the Consent to the collection of scientific data as well as the terms and conditions.
Please complete all forms and send them by post to our contact person, Vivian Hoffmann.
Schedule of the Program
25.09.25 | Kick-Off
Kick-off
Get to know each other & Presentation of the supporting program.
Place: CeTI-Bar
Time: 17:00
23.10.25 | Basic Principles
Basic principles of quantum physics
Understanding the theoretical foundations.
Place: BAR I-15
Time: 17:00
06.11.25 | Quantum Computing
Quantum Computing
Consolidation of the theoretical basics and interactive exercises.
Place: BAR I-15
Time: 17:00
27.11.25 | Quantum Computing Lab
Excursion Quantum lab
Insights into science.
Place: N67 B.320
Time: 17:00
08.01.26 | Quantum Communication
Quantum communication
Time: 17:00
29.01.26 | Interactive Training
Interactive tasks
Consolidation of the theoretical basics.
Place: coming soon
Time: 17:00
Feb 26 | Company Excursion
Excursion to the company
Researching the applications of quantum technology.
26.03.26 | Company Excursion
Excursion to the company
Get to know applications of quantum technology.
Place: coming soon
Time: 17:00
16.04.25 | Creative Lab
Development task
Development of a Prototype | Demonstrator.
Place: ComSpace
Time: 17:00
07.05.26 | Creative Lab
Development task
Development of a Prototype | Demonstrator.
Place: ComSpace
Time: 17:00
04.06.26 | Graduation Celebration
Final event
Exhibition & Recap of the year.
Place: CeTi-Bar
Time: 17:00
BB84 Protocol
Cryptographic method for secure transmissions
Events for Industry
- 05.11.2025
Join QUARKS at Hub:Disrupt 2025 and dive into the intriguing world of quantum randomness! Our workshop will kick off with a captivating introduction to the differences between classical and quantum randomness, showing why high-quality randomness matters in everyday life and cutting-edge technologies. Through interactive experiments and real-world examples, you’ll experience firsthand how quantum randomness shapes our world. Don’t miss our booth, where you can explore QUARKS’ projects, try hands-on activities, and meet our team in person—your gateway to the future of quantum innovation!
Insight into Research
Quantum taught by our Researchers
Offers for Industry
INDUSTRIAL INNOVATION DAY
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