Science integrated in education

QUARKS combines research and teaching and at the same time gives students an insight into the practical applications of quantum physics. Whether as an introduction or as a supplement – these modules are an opportunity to convey the subject of quantum communication in a lively and understandable way. We provide the necessary technical equipment!

News for Schools

From February 2nd to 4th, the Quarks Project visited the Freie Montessorischule Huckepack in Dresden, offering three 12th-grade computer science classes an opportunity to explore the fascinating world of quantum physics.

The school visit focused on hands-on experiments designed to make key quantum concepts tangible and accessible. Using tools such as superposition boxes, kaleidoscopes, and interactive computer components, students were able to actively engage with abstract ideas and experience how quantum phenomena can be demonstrated in a practical and intuitive way.

The high level of curiosity and engagement among the students highlighted how complex scientific topics like quantum physics can become exciting and approachable when taught through interactive, low-threshold formats, regardless of prior knowledge.

Science integrated in education QUARKS combines research and teaching and at the same time gives students an insight into the practical applications of quantum physics. Whether as an introduction or […]

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Quantum communication taught easily

Modules with curriculum reference

As part of QUARKS, we offer 90-minute school modules that are tailored to the Saxon and Bavarian curriculum. Developed by scientists and educators, these modules introduce students to the exciting world of quantum communication.
The modules cover the basics of quantum physics, innovative technologies such as quantum computers and various communication models. They can be flexibly adapted to different school types, class levels and learning areas. Even if the topic is not directly included in the learning area, the modules can also be offered in computer science lessons on information security, for example.

School Modules

Module 1—Quantum time travel

In this module, the fascinating phenomena of quantum physics such as superposition, the uncertainty principle and entanglement are explained in a clear way. Pupils then learn how these principles form the basis for tap-proof communication. A journey through time to the scientists of the past sheds light on important milestones in quantum research. Finally, we take a look at the future of quantum communication and discuss the opportunities these technologies offer for the world of tomorrow.

Curriculum Grammar school (Saxony)

> Physics, 12th grade basic course, LB 3
> Physics, 12th grade advanced course, LB 4
> Computer science, year 10, LB 3
> Computer science, 11th/12th grade basic course, WB 2
> Computer science, 12th grade advanced course, LB 12A

Curriculum Trade school (Saxony)

> Physics, 13th grade basic course, LB 2
> Computer science, 12th/13th grade basic course, WB 4

Specialised upper secondary school (Saxony)

> Physics, 12th grade, LB 1
> Applied physics, year 12, LB 4
> Computer science, year 12, WB 4

Events for Schools

Genialsozial 2025

On 24 June, QUARKS participates in the ‘Genialsozial’ day, which encourages young people to actively participate in social issues.

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Dresden Science Night

On 20 June, QUARKS participates in the Dresden Science Night at the TU Dresden, offering experiments, lectures and demonstrations to explore science, technology, art and culture up close.

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Contact person

Jessica Gollmann

M.A.
STEM Educational Manager
TU Dresden